AQA | GCSE Physics Paper 1 | 2025 predictions

Jen - Primrose Kitten

Your 2025 GCSE Physics Predicted Papers are finally here! 🚀 We’ve analysed past papers, examiner reports, and trends to create the most detailed, high-quality predicted papers to help you revise smarter.

With our papers, you’ll get:
✅ Exam-style questions covering key topics
✅ Mark schemes to check your answers
✅ FREE video walkthroughs showing you exactly how to structure your responses for full marks

Everything is in one place, ready for you to download and start revising! 💡 Let’s get you fully prepared for exam day.

Table of Contents

AQA GCSE Physics | Separate Science | Higher | Paper 1 | 2025 Predicted Topics & Revision Guide

If you're preparing for AQA GCSE Physics Paper 1 (Higher), we’ve got you covered! Based on past exam trends and examiner reports, we’ve put together a list of predicted topics to help you focus your revision and feel confident for your exam.

Exams are important, but so is your mental health. 💛 Remember to take breaks, get fresh air, and be kind to yourself during revision.

Our 2025 Predicted Papers can help you revise smarter, not harder, so you feel confident going into your exams. And if you need a last-minute boost, join our Night Before Exam Masterclass – we’ll go through key topics, exam strategies, and help calm those nerves. 🌟

You’ve got this! Believe in yourself, and we’ll be right here to support you. 🚀💪


🔬 Structure of the Atom

Atoms consist of a nucleus (containing protons and neutrons) surrounded by electrons in energy levels (shells).

✅ Key facts to remember:

  • Protons have a positive charge (+1) and a mass of 1.

  • Neutrons have no charge (0) and a mass of 1.

  • Electrons have a negative charge (-1) and a very small mass (1/1836 of a proton) basically 0.

  • Most of an atom’s mass is in the nucleus, while the electrons take up most of the space.


⚛️ Isotopes & Ions

  • Isotopes are atoms of the same element with different numbers of neutrons (e.g., Carbon-12 and Carbon-14).

  • Ions are atoms that gain or lose electrons to become charged (e.g., Na⁺ or Cl⁻).


⚡ Energy Transfers & Energy Stores

Energy is stored in different ways, including:

  • Kinetic Energy (moving objects)

  • Gravitational Potential Energy (objects at height)

  • Elastic Potential Energy (stretched or compressed objects)

  • Thermal Energy (heat)


🔥 Specific Heat Capacity

Definition: The energy required to raise the temperature of 1 kg of a substance by 1°C.

Equation:

(Energy = mass × specific heat capacity × temperature change)

  • Learn the units (J/kg°C).


🔌 Series & Parallel Circuits

  • Series circuits: Current is the same everywhere, voltage is shared.

  • Parallel circuits: Voltage is the same across each branch, current is shared.


⚡ Resistance

  • Resistance opposes current flow and is measured in Ohms (Ω).

  • Resistance increases with longer wires, thinner wires, and higher temperatures.


🔋 Charge, Current & Potential Difference

  • Charge (Q) is measured in Coulombs (C).

  • Current (I) is measured in Amps (A).

  • Potential difference (V) is measured in Volts (V).

Equation:

(Charge = Current × Time)


🌍 Energy Efficiency

Efficiency measures how much useful energy is transferred compared to the total energy input.

  • machines can never be 100% efficient (energy lost as heat).


✈️ Terminal Velocity

  • Objects accelerate due to gravity but reach terminal velocity when air resistance = weight.

  • Draw velocity-time graphs for free-falling objects.


⚡ National Grid

  • The National Grid transfers electricity from power stations to homes.

  • Uses step-up transformers to increase voltage and step-down transformers to decrease voltage.


💨 Gas Particles & Pressure

  • Heating gas particles increases their kinetic energy, increasing pressure.

  • Increasing volume decreases pressure (Boyle’s Law).


🧊 Particle Model & Changes of State

  • Changes of state: solid ⇄ liquid ⇄ gas.

  • Energy is used during melting/boiling.


⚖️ Density

Density is mass per unit volume:

Density=Mass / Volume


⚡ Renewable & Non-Renewable Electricity Generation

  • Renewable: Solar, wind, hydro, geothermal, biomass.

  • Non-renewable: Fossil fuels, nuclear power.


☢ Nuclear Fuel & Radiation

  • Nuclear fuel (e.g., uranium) is used in power stations.

  • Types of radiation: Alpha, Beta, Gamma.


🕐 Half-Life & Radioactive Decay

  • Half-life: Time taken for half of a radioactive sample to decay.


⚡ Static Electricity

  • Static charge builds up due to friction.

  • Opposite charges attract, like charges repel.

AQA GCSE Combined Science | Physics | Higher | Paper 1 | 2025 Predicted Topics & Revision Guide

Your GCSE Physics Paper 1 exam is coming up, and we’re here to help you revise smarter! 🚀 Based on past papers and exam trends, we’ve put together the key topics most likely to appear in 2025.

Feeling overwhelmed with revision? You’re not alone. Exams can be stressful, but you don’t have to do it all at once – small, focused revision sessions can be just as effective as long ones!

Our Predicted Papers are designed to help you practise the most important topics and build your confidence. And don’t forget our Night Before Exam Masterclass, where we’ll go over key questions, top tips, and help you feel ready for exam day!

Take it one step at a time – you’re doing amazing. 💙


🔬 Structure of the Atom

Atoms are made of:

  • Protons (charge: +1, found in the nucleus, mass of 1).

  • Neutrons (charge: 0, found in the nucleus, mass of 1).

  • Electrons (charge: -1, orbiting the nucleus, mass of 0).


⚛️ Isotopes & Ions

  • Isotopes are atoms of the same element with different numbers of neutrons. (e.g., Carbon-12 and Carbon-14).

  • Ions are atoms that gain or lose electrons, giving them a positive or negative charge. (e.g., Na⁺ and Cl⁻).


⚡ Energy Transfers & Energy Stores

Energy cannot be created or destroyed, only transferred between different stores, including:

  • Kinetic Energy – energy of a moving object.

  • Gravitational Potential Energy – energy stored in objects at height.

  • Elastic Potential Energy – energy stored in stretched or compressed objects.


🔥 Specific Heat Capacity

Definition: The amount of energy needed to raise the temperature of 1 kg of a substance by 1°C.

  • Learn the units (J/kg°C).

Equation:

(Energy = mass × specific heat capacity × temperature change)


🔌 Series & Parallel Circuits

  • Series Circuit: The same current flows through all components, but the voltage is shared.

  • Parallel Circuit: The same voltage is across each branch, but the current is split.


⚡ Resistance

  • Resistance slows down the flow of current in a circuit.

  • It increases with longer wires, thinner wires, and higher temperatures.

Equation:

(Voltage = Current × Resistance)


🔋 Charge, Current & Potential Difference

  • Charge (Q) is measured in Coulombs (C).

  • Current (I) is measured in Amps (A).

  • Potential difference (V) is measured in Volts (V).

Equation:

(Charge = Current × Time)


✈️ Terminal Velocity

When an object falls:

  1. It accelerates due to gravity.

  2. Air resistance increases, slowing it down.

  3. When air resistance = weight, the object reaches terminal velocity (constant speed).


⚡ National Grid

  • Transfers electricity from power stations to homes.

  • Uses step-up transformers to increase voltage and step-down transformers to decrease voltage.


🔋 Renewable & Non-Renewable Electricity Generation

  • Renewable: Solar, wind, hydro, geothermal, biomass.

  • Non-renewable: Fossil fuels, nuclear power.


☢ Radiation

  • Alpha (α): Stopped by paper, most ionising, least penetrating.

  • Beta (β): Stopped by aluminium, moderate ionisation and penetration.

  • Gamma (γ): Stopped by thick lead, least ionising, most penetrating.


🕐 Half-Life & Radioactive Decay

  • Half-life is the time it takes for half of a radioactive sample to decay.

AQA GCSE Physics | Separate Science | Foundation | Paper 1 | 2025 Predicted Topics & Revision Guide

Your GCSE Physics Paper 1 is coming up, and we’re here to help! We’ve looked at past papers and exam trends to predict the most important topics for AQA GCSE Physics (Foundation Tier) Paper 1 in 2025.

You are capable. You are smart. You are more than your grades. 💛

Exams can feel overwhelming, but we’re here to make things easier. Our Predicted Papers help you focus on what really matters, and our Night Before Exam Masterclass gives you that final confidence boost before you walk into the exam hall.

Most importantly, take care of yourself. Rest, eat well, and remind yourself that you can do this. We believe in you – now it’s time for you to believe in yourself! 🚀


🔬 Structure of the Atom

Atoms are made of:

  • Protons – Found in the nucleus, charge of +1.

  • Neutrons – Found in the nucleus, no charge (0).

  • Electrons – Move around the nucleus, charge of -1.


⚛️ Isotopes & Ions

  • Isotopes are atoms of the same element but with different numbers of neutrons (e.g., Carbon-12 and Carbon-14).

  • Ions are atoms that gain or lose electrons, giving them a charge (e.g., Na⁺ has lost an electron, Cl⁻ has gained one).


⚡ Energy Transfers & Energy Stores

Energy cannot be created or destroyed, only transferred between different energy stores, such as:

  • Kinetic Energy (moving objects).

  • Gravitational Potential Energy (objects at height).

  • Elastic Potential Energy (stretched or squashed objects).


🔥 Specific Heat Capacity

Definition: The amount of energy needed to raise the temperature of 1 kg of a substance by 1°C.

  • Learn the units (J/kg°C).


🔌 Series & Parallel Circuits

  • Series Circuit: The same current flows through all components, but the voltage is shared.

  • Parallel Circuit: The same voltage is across each branch, but the current is shared.


⚡ Resistance & Circuit Symbols

  • Resistance opposes the flow of current in a circuit and is measured in Ohms (Ω).

  • Resistance increases with longer wires, thinner wires, and higher temperatures.


🔋 Charge, Current & Potential Difference

  • Charge (Q) is measured in Coulombs (C).

  • Current (I) is measured in Amps (A).

  • Potential difference (V) is measured in Volts (V).

✈️ Terminal Velocity

When an object falls, it accelerates due to gravity, but eventually reaches terminal velocity when air resistance = weight.


⚡ National Grid

  • Transfers electricity from power stations to homes.

  • Uses step-up transformers to increase voltage and step-down transformers to decrease voltage.


🧊 Particle Model & Changes of State

  • Solid → Liquid → Gas (melting, boiling).

  • Gas → Liquid → Solid (condensing, freezing).


⚡ Renewable & Non-Renewable Electricity Generation

  • Renewable: Solar, wind, hydro, geothermal, biomass.

  • Non-renewable: Fossil fuels, nuclear power.


☢ Nuclear Fuel & Radiation

  • Nuclear fuel (e.g., uranium) is used in power stations.

  • Types of radiation: Alpha, Beta, Gamma.


⚡ Static Electricity

  • Static charge builds up due to friction.

  • Opposite charges attract, like charges repel.

AQA GCSE Combined Science | Physics | Foundation | Paper 1 | 2025 Predicted Topics & Revision Guide

Your GCSE Physics Paper 1 exam is coming up, and we’re here to help you revise the key topics! 🚀 Based on past papers and exam trends, we’ve put together the most important topics for 2025.

Breathe in. Breathe out. You’ve got this. 🌿

It’s easy to feel stressed in the lead-up to exams, but remember – preparation is key, and small steps add up to big results. Our Predicted Papers are designed to make revision easier, and our Night Before Exam Masterclass will walk you through everything you need to feel ready and confident.

Take care of your mind as well as your studies. Your best effort is always enough. 💛 We’re cheering you on! 📚🎉


🔬 Structure of the Atom

Atoms are made of:

  • Protons – Found in the nucleus, charge of +1.

  • Neutrons – Found in the nucleus, no charge (0).

  • Electrons – Move around the nucleus, charge of -1.


⚛️ Isotopes & Ions

  • Isotopes are atoms of the same element but with different numbers of neutrons. (e.g., Carbon-12 and Carbon-14).

  • Ions are atoms that gain or lose electrons, giving them a positive or negative charge.


⚡ Energy Transfers & Energy Stores

Energy cannot be created or destroyed, only transferred between different energy stores, such as:

  • Kinetic Energy (moving objects).

  • Gravitational Potential Energy (objects at height).

  • Elastic Potential Energy (stretched or squashed objects).


🔥 Specific Heat Capacity

Definition: The amount of energy needed to raise the temperature of 1 kg of a substance by 1°C.

  • Learn the units (J/kg°C).


🔌 Series & Parallel Circuits

  • Series Circuit: The same current flows through all components, but the voltage is shared.

  • Parallel Circuit: The same voltage is across each branch, but the current is split.


⚡ Resistance

  • Resistance slows down the flow of current in a circuit.

  • It increases with longer wires, thinner wires, and higher temperatures.


🔋 Charge, Current & Potential Difference

  • Charge (Q) is measured in Coulombs (C).

  • Current (I) is measured in Amps (A).

  • Potential difference (V) is measured in Volts (V).


🌍 Gravitational & Kinetic Energy

  • Kinetic Energy: Energy of a moving object.

  • Gravitational Potential Energy: Energy stored when an object is lifted.


✈️ Terminal Velocity

When an object falls:

  1. It accelerates due to gravity.

  2. Air resistance increases, slowing it down.

  3. When air resistance = weight, the object reaches terminal velocity (constant speed).


⚡ National Grid

  • Transfers electricity from power stations to homes.


🔋 Renewable & Non-Renewable Electricity Generation

  • Renewable: Solar, wind, hydro, geothermal, biomass.

  • Non-renewable: Fossil fuels, nuclear power.


☢ Radiation

  • Alpha (α): Stopped by paper, most ionising, least penetrating.

  • Beta (β): Stopped by aluminium, moderate ionisation and penetration.

  • Gamma (γ): Stopped by thick lead, least ionising, most penetrating.


🕐 Half-Life & Radioactive Decay

  • Half-life is the time it takes for half of a radioactive sample to decay.

Everything You Need to Know for AQA GCSE Physics Paper 1

If you're preparing for AQA GCSE Physics Paper 1, you might be wondering:

  • How many papers are there?

  • What equations do I need to know?

  • What’s the best way to revise?

This guide will answer all your questions and help you feel fully prepared, whether you’re taking Combined Science or Separate Science, at Foundation or Higher Tier.


How to Answer Maths Questions in GCSE Physics

Maths-based questions in GCSE Physics can range from simple calculations to multi-step problem-solving. To secure full marks, follow these key steps:

1️⃣ Write down the equation – Even though you’re given an equation sheet, always start by writing the relevant formula. This helps you focus on the correct method and may earn you marks even if your final answer is incorrect.

2️⃣ Substitute values with units – Carefully insert the given values into the equation, ensuring they are in the correct units (e.g., converting grams to kilograms or minutes to seconds if needed).

3️⃣ Rearrange if needed – If the question asks for a different variable (e.g., mass instead of force in F=ma), rearrange the equation.

4️⃣ Show every step of your working – Even if you make a mistake, partial marks are awarded for correct method use.

5️⃣ Use the correct significant figures or decimal places – Check if the question specifies rounding, or follow the given data’s precision.

6️⃣ Include the correct units – Marks are often lost for missing units, so always add them to your final answer.

💡 Example Question: A 2 kg object is lifted 3 m above the ground. Calculate its gravitational potential energy (g = 9.8 N/kg).

Step 1: Write the equation → GPE=mgh
Step 2: Substitute values → GPE=2×9.8×3
Step 3: Solve → GPE=58.8J
Step 4: Box your final answer and include units → 58.8 J

Following this structured approach ensures you gain as many marks as possible and avoid common mistakes. 🚀


📜 How Many Papers Are There in GCSE Physics?

Separate Science (GCSE Physics)

  • Two papers – Paper 1 and Paper 2.

  • You will receive a separate GCSE in Physics.

Combined Science (Trilogy)

  • Two Physics papers (Paper 1 and Paper 2), but your final grade is based on all six science papers (Biology, Chemistry, and Physics).

  • This course results in two GCSE grades for Science, rather than a separate GCSE in Physics.


🕒 How Long is GCSE Physics Paper 1?

The length of the exam depends on whether you're taking Combined Science or Separate Science, and whether you're doing Foundation or Higher Tier.

Paper

Tier

Duration

Marks

GCSE Physics (Paper 1)

Foundation

1 hour 45 mins

100 marks

GCSE Physics (Paper 1)

Higher

1 hour 45 mins

100 marks

Combined Science (Physics Paper 1)

Foundation

1 hour 15 mins

70 marks

Combined Science (Physics Paper 1)

Higher

1 hour 15 mins

70 marks

  • Separate Science papers are longer (1 hour 45 minutes) because they cover more content and lead to a full GCSE in Physics.

  • Combined Science papers are shorter (1 hour 15 minutes) because they contribute to a double Science GCSE.


📚 What Topics Are Covered in AQA GCSE Physics Paper 1?

Paper 1 covers the following topics:

Energy – Types of energy stores, conservation of energy, specific heat capacity, power, efficiency, and insulation.

🔌 Electricity – Circuit components, charge, current, potential difference, resistance, series and parallel circuits, and the national grid.

🌡 Particle Model of Matter – Density, changes of state, internal energy, specific latent heat, and gas pressure.

Atomic Structure – History of the atom, isotopes, radioactive decay, half-life, nuclear radiation, and nuclear fission/fusion (higher tier only).


📚 What Topics Are Covered in AQA GCSE Physics Paper 2?

AQA GCSE Physics Paper 2 covers the following major topics:


1️⃣ Forces ⚖️

  • Scalar and vector quantities

  • Contact and non-contact forces

  • Newton’s Laws of Motion

  • Resultant forces

  • Work done and energy transfer

  • Moments, levers, and gears (Higher only)

  • Pressure in fluids (Higher only)

  • Acceleration, velocity-time graphs, and SUVAT equations (Higher only)

  • Stopping distances and reaction times

  • Momentum (Higher only)


2️⃣ Waves 🌊

  • Properties of waves (transverse & longitudinal)

  • Wave speed equation

  • Reflection, refraction, and wave behaviour

  • Required Practical: Measuring waves in water and on a string

  • The electromagnetic spectrum

  • Uses and dangers of EM waves

  • Infrared radiation and greenhouse gases

  • X-rays and gamma rays in medicine


3️⃣ Magnetism & Electromagnetism 🧲

  • Permanent and induced magnets

  • Magnetic fields and field lines

  • The motor effect and Fleming’s left-hand rule (Higher only)

  • The generator effect and electromagnetic induction (Higher only)

  • Transformers and the national grid (Higher only)


4️⃣ Space Physics (Separate Science Only) 🚀

(Not covered in Combined Science, only in GCSE Physics)

  • The life cycle of stars

  • The solar system and orbits

  • Redshift and the Big Bang Theory


📖 The Equation Sheet & Units for Each Equation

For 2025, AQA provides an equation sheet, meaning you won’t have to memorise equations. However, you still need to understand when and how to use them!

💡 Tip: Even though you’re given the equation sheet, practising with it beforehand will help you use it quickly and efficiently during the exam.


📝 Flashcards for GCSE Physics Revision

Flashcards are a great way to memorise key physics facts and equations. Here’s how to use them effectively:

✅ Make your own flashcards – Writing things down helps memory!
✅ Include definitions, diagrams, and key equations.
✅ Use a mix of physical and digital flashcards – Apps like Quizlet are great for quick revision.
✅ Test yourself regularly – Don’t just read them!

💡 Topics to make flashcards for:

  • Energy stores and transfers

  • Circuit symbols and their functions

  • Key physics equations and their units

  • Types of radiation and their properties


📖 AQA GCSE Physics Past Papers

One of the best ways to prepare for your exam is to practise with past papers. AQA past papers help you:

  • Get used to the exam format and question styles.

  • Understand how to apply equations in different contexts.

  • Practise timing yourself so you don’t run out of time in the real exam.

💡 Where to find AQA GCSE Physics past papers?

  • You can download official AQA past papers from the AQA website.

  • We also have 2025 Predicted Papers available for free – designed to be as close as possible to the real thing!


🔑 Best Ways to Revise for AQA GCSE Physics

1️⃣ Practise Using the Equation Sheet

Since an equation sheet is provided, you need to know how to use it quickly. Practise:

  • Finding the right equation for the question.

  • Rearranging equations for different variables.

  • Converting units correctly.

2️⃣ AQA Past Paper Questions

The more you practise, the more confident you’ll be. Focus on:

  • Longer calculation questions.

  • Six-mark explanation questions.

  • Practical-based questions.

3️⃣ Watch Revision Videos

If you’re a visual learner, videos can help simplify difficult concepts. Our free YouTube videos walk you through Physics topics step by step.

📺 Check out our Physics revision videos here: [Insert link]

4️⃣ Attend a Masterclass the Night Before!

Join us for our live Masterclass the night before the exam, covering:
✅ Key topics & common exam questions
✅ Last-minute revision tips
✅ How to avoid silly mistakes

👉 Sign up for the Masterclass here


💡 Final Tips for GCSE Physics Paper 1

🔹 Use active recall – test yourself with flashcards.
🔹 Practise past papers & equation-based questions.
🔹 Stay calm and believe in yourself – you’ve got this! 🚀

#GCSEPhysics #AQA #ExamPrep #RevisionTips

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Boost Your Revision with the Leitner Method: Flashcards Done Right

Jen - Primrose Kitten

Flashcards are one of the most effective revision tools, but how you use them can make a huge difference. The Leitner Method is a powerful way to organise your flashcards, harness the power of retrieval practice, and ultimately improve your grades. In this blog, we’ll explain how the Leitner Method works, show how it can be applied to almost any GCSE topic, and highlight how you can access our ready-made, exam-perfect flashcards—free as part of our courses and on Quizlet!

Plus, we’ll share how our 6-month Masterclasses can take your revision to the next level. With access to tutorials, Easter revision courses, and predicted papers, you’ll have everything you need to succeed in June.

What Is the Leitner Method?

The Leitner Method is a simple but effective way to use flashcards for revision. It’s based on spaced repetition, a proven technique for improving memory by revisiting information at gradually increasing intervals.

Here’s how it works:

  1. Start with a Set of Flashcards
    Write a question on one side of each card and the answer on the other. For example:

    • Biology (GCSE): “What is the role of mitochondria?” Answer: “Site of aerobic respiration.”

    • Maths (GCSE): “What is the formula for the area of a circle?” Answer: “πr².”

  2. Organise Cards into Boxes

    • Box 1: Cards you struggle with (review daily).

    • Box 2: Cards you know fairly well (review every 2–3 days).

    • Box 3: Cards you know confidently (review weekly).

  3. Test Yourself

    • Go through the cards in Box 1 first.

    • If you get a card right, move it to the next box.

    • If you get a card wrong, move it back to Box 1.

  4. Increase Spacing Over Time
    Cards you know well will move to less frequent review intervals, freeing up more time to focus on harder material.


Why Does the Leitner Method Work?

The Leitner Method uses retrieval practice, which is scientifically proven to improve long-term memory. By forcing your brain to recall information rather than passively reviewing it, you:

  • Strengthen your memory of the material.

  • Build connections between topics.

  • Improve your ability to apply knowledge under exam conditions.

The Result? Higher grades and greater confidence in your exams!


How to Use the Leitner Method for GCSE Topics

The Leitner Method can be applied to nearly any subject or topic. Here are a few examples:

1. GCSE Biology

Flashcard Example:

  • Q: “What is the process of osmosis?”

  • A: “The movement of water molecules from a region of high water concentration to a region of low water concentration through a partially permeable membrane.”

2. GCSE Chemistry

Flashcard Example:

  • Q: “What is the formula for hydrochloric acid?”

  • A: “HCl.”

3. GCSE History

Flashcard Example:

  • Q: “What year was the Treaty of Versailles signed?”

  • A: “1919.”

By using flashcards for subjects like Biology, Chemistry, and History, you can quickly build a strong foundation of knowledge while identifying areas that need extra attention.


Free Flashcards Ready for You

Creating your own flashcards can be time-consuming, so we’ve done the hard work for you! Our exam-perfect flashcards are:

  • Free: Available in our courses and on Quizlet.

  • Tailored: Designed to match your exam specification.

  • Effective: Packed with keywords and concise definitions that examiners love.

These are all included in our Masterclasses, simply log in for free and start practising today!


Take Your Revision to the Next Level

Now is the perfect time to sign up for our 6-month Masterclasses, which will see you through to the end of your exams in June.

Here’s What You’ll Get:

  • Weekly Tutorial Sessions: Focus on key topics and exam skills.

  • Easter Revision Accelerator Course: Supercharge your knowledge during the Easter break.

  • Night Before the Exam Sessions: Stay calm and focused with last-minute guidance.

  • Early Access to Predicted Papers: Practise with exam-style questions designed to reflect the real thing.

  • Walkthrough Videos: Learn exactly what examiners are looking for in each answer.


Affordable and Proven

Our Masterclasses are just £69 for GCSE and £149 for A-Level, offering exceptional value for the level of support you’ll receive. With over 1,000 five-star reviews, you can trust that you’re investing in the best revision resources available.


Final Thoughts

The Leitner Method is a simple yet powerful way to use flashcards effectively, helping you master tricky topics and improve your grades. Combine it with our ready-made flashcards and comprehensive Masterclasses, and you’ll be fully prepared to tackle your exams with confidence.

Start your revision journey today and make this your most successful exam season yet! 🌟


About the Author

Hi, I’m Jen, the founder of Primrose Kitten Academy. With years of teaching experience and over 1,000 five-star reviews, I’ve helped thousands of students achieve their academic goals. Our Masterclasses and resources are designed to take the stress out of revision and help you perform at your best.

Let’s make your exam dreams a reality! 🎓

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AQA | GCSE Chemistry Paper 1 | 2025 Predictions

Jen - Primrose Kitten

The 2025 AQA GCSE Chemistry Paper 1 Predictions are here! 🎉

Last year, our predicted papers were so accurate that some questions appeared almost exactly the same in the real exam! This year, we’ve put just as much time and effort into analysing trends, past papers, and exam board patterns to bring you the best possible revision tool.

✅ Exam-style questions covering key topics
✅ Designed to match the real exam as closely as possible
✅ Perfect for testing your knowledge and building confidence

But that’s not all…

📺 NEW for 2025 – FREE Video Walkthroughs!
We’ll guide you through the papers step by step, showing you exactly what examiners expect and how to lay out your answers for top marks.

💡 Don’t miss out – grab your predicted papers now and get started!

Which paper are you looking for?

AQA GCSE Chemistry Paper 1 | Higher | 2025 Predicted Topics & Revision Guide

If you're preparing for AQA GCSE Chemistry Paper 1 (Higher), this list will help you focus your revision on the key topics. We’ve analysed past papers, examiner reports, and trends to predict the most likely topics for 2025.


🧪 Development of the Periodic Table

🔹 Mendeleev vs. Newlands – What’s the difference?

  • Newlands arranged elements in order of atomic mass and noticed repeating patterns (Law of Octaves), but his model was rejected as he didn’t leave gaps for undiscovered elements.

  • Mendeleev also arranged elements by atomic mass but left gaps for undiscovered elements and predicted their properties. Later, the discovery of protons helped explain why atomic number, not mass, is a better way to organise the table.


🌍 The periodic table shows clear trends across groups and periods.

  • Group 1 (Alkali Metals) – Become more reactive down the group because the outer electron is further from the nucleus and easier to lose.

  • Group 7 (Halogens) – Become less reactive down the group because they gain an electron, and increased shielding makes it harder.

  • Noble Gases (Group 0) – Are inert because they have a full outer shell.


🧪 Mixtures & Separating Techniques

Mixtures contain two or more substances not chemically bonded.

Key separation methods:

  • Filtration – Separates an insoluble solid from a liquid (e.g., sand and water).

  • Crystallisation – Separates a soluble solid from a solution (e.g., salt from seawater).

  • Distillation – Separates liquids with different boiling points (e.g., ethanol and water).

  • Chromatography – Separates substances based on their solubility (used for dyes in ink).


⚛️ Properties of Ionic & Covalent Compounds

🔹 Ionic Compounds – High melting/boiling points, conduct electricity when molten or dissolved.
🔹 Covalent Compounds – Low melting/boiling points (except giant covalent structures like diamond), don’t conduct electricity.


⚛️ Dot & Cross Diagrams

Dot and cross diagrams show how electrons are shared or transferred.

  • Drawing dot and cross diagrams for:

    • Ionic bonding (e.g., sodium chloride, magnesium oxide).

    • Covalent bonding (e.g., oxygen, methane, water).


⚖️ Moles & Calculations

  • Practising mass-to-moles conversions.

  • Learning how to balance equations using moles.


🔥 Energy Changes & Bond Enthalpy Calculations

  • Exothermic reactions – Release energy (temperature increases).

  • Endothermic reactions – Absorb energy (temperature decreases).

  • Bond enthalpy calculations:


🔋 Electrolysis

  • Anode (+): Non-metal ions (except hydrogen) form here.

  • Cathode (-): Metal ions (or hydrogen) form here.

  • What is formed at each electrode for key examples like copper sulfate and sodium chloride?

  • Writing half equations for electrolysis.


📊 Variables in an Experiment & Data Handling

  • Independent variable: What you change.

  • Dependent variable: What you measure.

  • Control variables: What stays the same.

  • Practice graph drawing & interpreting tables.


🧪 Testing for Gases

  • Hydrogen: Lit splint → squeaky pop

  • Oxygen: Glowing splint → relights

  • Carbon dioxide: Limewater → turns cloudy

  • Chlorine: Damp litmus → bleaches white


⚛️ Bonding, Structure & Properties of Materials

  • Giant covalent structures (diamond, graphite) vs simple molecules (CO₂, H₂O).

  • Diamond – Hard, doesn’t conduct.

  • Graphite – Soft, conducts (delocalised electrons).


🌟 Nanoparticles – Uses, Advantages & Risks

  • Uses: Medicine, sun cream, catalysts.

  • Advantages: Large surface area, efficient.

  • Risks: Unknown long-term effects.


🧪 Soluble Salts & Titrations

  • Soluble salts are made by reacting acids with bases.

  • Titrations measure the exact volume needed for neutralisation.

  • Titrations method and calculation


⚖️ Atom Economy

  • Measures how much reactant mass is turned into useful products.


⚖️ Acids – Weak vs Strong & Dilute vs Concentrated

  • Weak acids don’t fully ionise (e.g., ethanoic acid).

  • Strong acids fully ionise (e.g., hydrochloric acid).

  • Dilute = Low concentration, Concentrated = High concentration.

📌 Final Tips for GCSE Chemistry Paper 1

✅ Prioritise tricky topics first.
✅ Use active recall – test yourself with flashcards.
✅ Practise exam questions.
✅ Attend our LIVE Masterclass the night before the exam!

🔔 Want to make revision easier? Download our 2025 Predicted Papers and watch our FREE video walkthroughs, where we show you exactly how to answer questions like an examiner!

📥 Download here

AQA GCSE Combined Science Chemistry Paper 1 | Higher | 2025 Predicted Topics & Revision Guide

With GCSE Chemistry Paper 1 fast approaching, it's time to focus your revision on the key topics. We’ve looked at past exams, examiner reports, and patterns to predict the topics most likely to appear in 2025.

Use this guide to structure your revision, test your knowledge, and boost your confidence before the exam! 🚀


🧪 Mixtures & Separation Techniques

A mixture is made of two or more substances that are not chemically bonded.

🔹 Separation Methods:

  • Filtration – Separates insoluble solids from liquids (e.g., sand and water).

  • Crystallisation – Separates soluble solids from a solution (e.g., salt from seawater).

  • Distillation – Separates liquids with different boiling points (e.g., ethanol and water).

  • Chromatography – Separates substances based on their solubility (used for dyes in ink).


⚛️ Properties of Ionic & Covalent Compounds

🔹 Ionic Compounds – Formed between metals and non-metals.
✔️ High melting/boiling points
✔️ Conduct electricity when molten or dissolved
✔️ Hard and brittle

🔹 Covalent Compounds – Formed between non-metals only.
✔️ Low melting/boiling points
✔️ Don’t conduct electricity (except graphite)
✔️ Soft (unless giant covalent, like diamond)


⚛️ Dot & Cross Diagrams

Dot and cross diagrams show how electrons are shared or transferred.

  • Drawing diagrams for:

    • Ionic bonding (e.g., NaCl, MgO).

    • Covalent bonding (e.g., H₂O, CO₂).


🔥 Energy Changes & Bond Enthalpy Calculations

  • Exothermic reactions – Give out heat (e.g., combustion).

  • Endothermic reactions – Take in heat (e.g., melting).

  • Bond enthalpy calculations:


📊 Energy Reaction Profiles

These graphs show the energy change in a reaction.

  • Exothermic: Reactants start higher, products finish lower.

  • Endothermic: Reactants start lower, products finish higher.

  • Practising drawing reaction profiles from memory.


The periodic table shows clear trends:

  • Group 1 (Alkali Metals)More reactive as you go down.

  • Group 7 (Halogens)Less reactive as you go down.

  • Group 0 (Noble Gases)Don’t react because they have full outer shells.


🔬 Development of the Periodic Table

🔹 Newlands arranged elements by atomic mass, but didn’t leave gaps.
🔹 Mendeleev also used atomic mass but left gaps for missing elements, which were later discovered!


⚖️ Moles & Calculations

A mole is just a big number (6.02 × 10²³) that chemists use to count atoms.


⚡ Electrolysis

Electrolysis uses electricity to split compounds.

🔹 At the anode (+): Non-metal ions form.
🔹 At the cathode (-): Metal or hydrogen forms.

Example: Electrolysis of copper sulfate

  • Anode (+): Oxygen forms.

  • Cathode (-): Copper forms.

  • Memorise what forms at each electrode for common solutions.

  • Practising half equations for electrolysis.


📊 Variables in Experiments & Graphs

  • Independent variable = What you change

  • Dependent variable = What you measure

  • Control variables = What stays the same


🧪 Testing for Gases

  • Hydrogen: Lit splint → squeaky pop

  • Oxygen: Glowing splint → relights

  • Carbon dioxide: Limewater → turns cloudy

  • Chlorine: Damp litmus → bleaches white


⚛️ Half Equations

Half equations show what happens at each electrode in electrolysis.


⚛️ Bonding, Structure & Properties

  • Diamond: Hard, doesn’t conduct electricity.

  • Graphite: Soft, does conduct electricity (delocalised electrons).


🌟 Soluble Salts

Soluble salts are made by reacting acids with bases.


📌 Final Tips for GCSE Chemistry Paper 1

✅ Use active recall – test yourself with flashcards.
✅ Practise past papers & exam questions.
✅ Attend our LIVE Masterclass the night before the exam!

🔔 Want extra help? Download our 2025 Predicted Papers and watch our FREE video walkthroughs, where we show you how to answer questions just like the examiner wants!

📥 Download here

AQA GCSE Chemistry Paper 1 | Foundation | 2025 Predicted Topics & Revision Guide

If you're taking AQA GCSE Chemistry Paper 1 (Foundation), this guide will help you focus on the most important topics. We’ve looked at past papers, examiner reports, and trends to predict the topics that are most likely to come up in 2025.


📜 How the Periodic Table Was Developed

🔹 Newlands vs. Mendeleev – What’s the difference?

  • Newlands arranged elements by atomic mass but didn’t leave gaps, so his table didn’t work well.

  • Mendeleev also used atomic mass but left gaps for missing elements. He even predicted their properties!

  • Later, scientists discovered protons, which helped them arrange elements by atomic number instead.


🌍 The periodic table has patterns that help us understand elements.

  • Group 1 (Alkali Metals) – Get more reactive as you go down.

  • Group 7 (Halogens) – Get less reactive as you go down.

  • Group 0 (Noble Gases) – Do not react because they have full outer shells.


🧪 Separating Mixtures

Mixtures are not chemically joined and can be separated using simple methods:

  • Filtration – Separates solids from liquids (e.g., sand and water).

  • Evaporation & Crystallisation – Separates soluble solids from solutions (e.g., salt from seawater).

  • Distillation – Separates liquids with different boiling points.

  • Chromatography – Separates dyes in ink.


⚛️ Ionic & Covalent Compounds

🔹 Ionic Compounds – High melting/boiling points, dissolve in water, conduct electricity when liquid.
🔹 Covalent Compounds – Low melting/boiling points, don’t conduct electricity, often gases or liquids.


⚛️ Dot & Cross Diagrams

  • Drawing diagrams for:

    • Ionic bonding (e.g., NaCl, MgO).

    • Covalent bonding (e.g., H₂O, CO₂).


🔥 Energy Changes & Bond Calculations

  • Exothermic reactions – Give out heat (e.g., combustion).

  • Endothermic reactions – Take in heat (e.g., melting).

  • Energy reaction profiles.


🔋 Electrolysis

  • Anode (+): Non-metal ions form here (e.g., oxygen from water).

  • Cathode (-): Metal or hydrogen forms here (e.g., copper from copper sulfate).


📊 Variables in an Experiment & Data Handling

  • Independent variable: What you change.

  • Dependent variable: What you measure.

  • Control variables: What you keep the same.


🧪 Testing for Gases

  • Hydrogen: Lit splint → squeaky pop

  • Oxygen: Glowing splint → relights

  • Carbon dioxide: Limewater → turns cloudy

  • Chlorine: Damp litmus → bleaches white


⚛️ Bonding & Structure

  • Diamond: Hard, doesn’t conduct electricity.

  • Graphite: Soft, does conduct electricity (delocalised electrons).


🌟 Nanoparticles – Uses & Risks

  • Uses: Medicine, sun cream, catalysts.

  • Risks: Could be harmful to health if breathed in.


🧪 Making Soluble Salts & Titrations

  • Acid + Base → Salt + Water

  • Titrations measure exact acid needed to neutralise a base.


⚖️ Acids – Weak, Strong, Dilute & Concentrated

  • Weak acids don’t fully ionise (e.g., vinegar).

  • Strong acids do (e.g., hydrochloric acid).

  • Dilute = More water added.

  • Concentrated = Less water added.


📌 Final Tips for GCSE Chemistry Paper 1

✅ Revise a little every day – don’t leave it all to the last minute!
✅ Use flashcards, past papers, and videos to mix up your revision.
✅ Practice answering exam-style questions – this is the best way to prepare.
✅ Attend our LIVE Masterclass the night before the exam!

🔔 Want extra help? Download our 2025 Predicted Papers and watch our FREE video walkthroughs, where we show you how to answer questions just like the examiner wants!

📥 Download here: 

AQA GCSE Combined Science Chemistry Paper 1 | Foundation | 2025 Predicted Topics & Revision Guide

Your GCSE Chemistry Paper 1 is coming up, and we’re here to help! We’ve looked at past papers and exam trends to predict the most important topics for 2025.

Use this guide to revise key topics, practise your knowledge, and feel more confident for your exam! 🚀


🧪 Mixtures & How to Separate Them

A mixture is made of two or more substances that are not chemically joined.

🔹 Ways to separate mixtures:

  • Filtration – Separates an insoluble solid from a liquid (e.g., sand from water).

  • Evaporation & Crystallisation – Separates a soluble solid from a liquid (e.g., salt from seawater).

  • Distillation – Separates liquids with different boiling points (e.g., ethanol and water).

  • Chromatography – Separates colours in ink.


⚛️ Ionic & Covalent Compounds

🔹 Ionic Compounds (metal + non-metal)
✔️ High melting/boiling points
✔️ Conduct electricity when dissolved or molten
✔️ Hard and brittle

🔹 Covalent Compounds (non-metal + non-metal)
✔️ Low melting/boiling points
✔️ Don’t conduct electricity
✔️ Often gases or liquids


⚛️ Dot & Cross Diagrams

These diagrams show how atoms share or transfer electrons.

  • Drawing diagrams for:

    • Ionic bonding (e.g., NaCl, MgO).

    • Covalent bonding (e.g., H₂O, CO₂).


🔥 Energy Changes & Bond Energy Calculations

  • Exothermic reactions – Release energy (temperature increases).

  • Endothermic reactions – Absorb energy (temperature decreases).


📊 Energy Reaction Profiles

These graphs show the energy change in a reaction.

  • Exothermic: Reactants start high, products finish low.

  • Endothermic: Reactants start low, products finish high.


🔬 How the Periodic Table Was Developed

🔹 Newlands arranged elements by atomic mass, but his table wasn’t accepted.
🔹 Mendeleev also used atomic mass, but he left gaps for missing elements and correctly predicted their properties!


⚡ Electrolysis

Electrolysis uses electricity to split compounds.

🔹 At the anode (+): Non-metal ions form (e.g., oxygen).
🔹 At the cathode (-): Metal or hydrogen forms (e.g., copper).


📊 Experiments & Graphs

  • Independent variable = What you change

  • Dependent variable = What you measure

  • Control variables = What you keep the same


🧪 Testing for Gases

  • Hydrogen: Lit splint → squeaky pop

  • Oxygen: Glowing splint → relights

  • Carbon dioxide: Limewater → turns cloudy

  • Chlorine: Damp litmus → bleaches white


⚛️ Bonding & Structure

  • Diamond: Hard, doesn’t conduct electricity.

  • Graphite: Soft, does conduct electricity.


🌟 Making Soluble Salts

Soluble salts are made by reacting acids with bases.


📌 Final Tips for GCSE Chemistry Paper 1

✅ Revise a little every day – don’t leave it all to the last minute!
✅ Use flashcards, past papers, and videos to mix up your revision.
✅ Practice answering exam-style questions – this is the best way to prepare.
✅ Attend our Live Masterclass the night before the exam!

🔔 Want extra help? Download our 2025 Predicted Papers and watch our FREE video walkthroughs, where we show you how to answer questions just like the examiner wants!

📥 Download here

Everything You Need to Know for AQA GCSE Chemistry Paper 1

If you’re preparing for AQA GCSE Chemistry Paper 1, you might be wondering: How many papers are there? How long is the exam? What’s the best way to revise?

Don’t worry – we’ve got you covered! This guide will break down everything you need to know for GCSE Chemistry at Foundation and Higher Tier, whether you’re taking Combined Science or Separate Science.


📜 How Many Papers Are There in GCSE Chemistry?

Separate Science (GCSE Chemistry)

  • Two papers – Paper 1 and Paper 2.

  • You will receive a separate GCSE in Chemistry.

Combined Science (Trilogy)

  • Two Chemistry papers (Paper 1 and Paper 2), but your final grade is based on all six science papers (Biology, Chemistry, and Physics).

  • This course results in two GCSE grades for Science, rather than a separate GCSE in Chemistry.

Both Paper 1 and Paper 2 cover different topics, so make sure you’re revising the correct ones for each exam!


🕒 How Long is GCSE Chemistry Paper 1?

The length of the exam depends on whether you're taking Combined Science or Separate Science, and whether you're doing Foundation or Higher tier.

Paper

Tier

Duration

Marks

GCSE Chemistry (Paper 1)

Foundation

1 hour 45 mins

100 marks

GCSE Chemistry (Paper 1)

Higher

1 hour 45 mins

100 marks

Combined Science (Paper 1: Chemistry)

Foundation

1 hour 15 mins

70 marks

Combined Science (Paper 1: Chemistry)

Higher

1 hour 15 mins

70 marks

  • Separate Science papers are longer (1 hour 45 minutes) because they cover more content and lead to a full GCSE in Chemistry.

  • Combined Science papers are shorter (1 hour 15 minutes) because they contribute to a double Science GCSE.


📚 What Topics Are Covered in AQA GCSE Chemistry Paper 1?

Separate Science (GCSE Chemistry)

Paper 1 covers:
✅ Atomic structure & Periodic Table (history of the periodic table, trends, electronic structure)
✅ Bonding, Structure & Properties of Matter (ionic, covalent, metallic bonding, giant structures, allotropes of carbon)
✅ Quantitative Chemistry (moles, titrations, atom economy)
✅ Chemical Changes (reactivity of metals, electrolysis, strong vs weak acids)
✅ Energy Changes (exothermic & endothermic reactions, bond energy calculations)

Combined Science (Chemistry Paper 1)

Covers the same topics but in slightly less detail. You won’t need to know:
❌ Titrations in detail
❌ Some complex mole calculations
❌ Certain bond energy calculations

Higher-tier students will have more challenging questions, requiring the application of knowledge to unfamiliar situations.


📝 Flashcards for GCSE Chemistry Revision

Flashcards are an amazing way to revise key Chemistry facts! Here’s how to use them effectively:

✅ Create your own flashcards – writing things out helps you remember them better!
✅ Use a mix of definitions, equations, and key facts.
✅ Test yourself regularly – don’t just read them!
✅ Try digital flashcards on apps like Quizlet or Anki for easy revision on the go.

💡 Top flashcard topics to cover:

  • The structure of the atom (protons, neutrons, electrons)

  • Periodic table trends (group 1, group 7, noble gases)

  • Types of bonding (ionic, covalent, metallic)

  • Electrolysis products at each electrode

  • Equations for energy changes and moles calculations


📖 AQA GCSE Chemistry Past Papers

One of the best ways to prepare for your exam is to practise with past papers. AQA past papers help you:

  • Get used to the exam format and question styles.

  • Understand the level of detail needed in your answers.

  • Practise timing yourself so you don’t run out of time in the real exam.

💡 Where to find AQA GCSE Chemistry past papers?

  • You can download official AQA past papers from the AQA website.

  • We also have 2025 Predicted Papers available – these are designed to be as close as possible to the real thing!


🔑 Best Ways to Revise for AQA GCSE Chemistry

There’s no single “best” way to revise – different techniques work for different people! But here are some tried-and-tested revision methods:

1️⃣ Active Recall (Don’t Just Read!)

The best revision happens when you test yourself rather than just reading notes. Try:

  • Cover-write-check – Read a section, cover it up, write down what you remember, then check.

  • Use past papers to test your knowledge under exam conditions.

  • Teach someone else – If you can explain a topic clearly, you know it well!

2️⃣ Use Mind Maps

Mind maps help link ideas together, especially for big topics like bonding or the periodic table. Try:

  • Starting with the main topic in the centre and drawing branches for key points.

  • Adding diagrams and colours to make it easier to remember.

  • Practising drawing them from memory – this helps with recall!

3️⃣ Watch Revision Videos

Watching videos can make tricky concepts much easier. Our free YouTube videos walk you through Chemistry topics in a relaxed and easy-to-understand way.

4️⃣ Practise Exam Questions

Doing past paper questions helps you:

  • Get used to how questions are worded.

  • Spot patterns in what examiners like to ask.

  • Improve your timing so you don’t rush in the real exam.

5️⃣ Attend a Masterclass the Night Before!

The night before your exam, we’ll be running a live Masterclass, covering:
✅ Key topics & common exam questions
✅ Last-minute revision tips
✅ How to avoid silly mistakes

It’s a great way to boost your confidence and calm your nerves before the big day. Join us live – we’d love to see you there! 🌟


💡 Final Tips for GCSE Chemistry Paper 1

🔹 Start revising early – don’t leave it until the last minute!
🔹 Mix up your revision methods – try flashcards, past papers, and videos.
🔹 Take breaks – your brain needs time to process information!
🔹 Get a good night’s sleep before the exam – being well-rested helps more than last-minute cramming.
🔹 Stay calm and believe in yourself – you’ve got this!

Good luck with your Chemistry Paper 1! We’re cheering you on! 🚀💪

Read more →

AQA | GCSE Biology Paper 1 | 2025 predictions

Jen - Primrose Kitten

We’ve put in hours of research, analysing exam trends, past papers, and examiner reports to make these the most accurate, high-quality predicted papers for GCSE & Biology 📚✨

✅ Realistic, exam-style questions to test your knowledge
✅ Designed to match the real thing – so you know exactly what to expect
✅ Created by experts to give you the best prep possible

💡 And the best part? Our video walkthroughs will be FREE! So if you get stuck, I’ll take you through each question step by step, explaining exactly what the examiner wants to see. No stress, just solid revision. ☕📖

Which paper do you want?

AQA GCSE Biology | Higher | Paper 1 | 2025 Predicted Topics

Want to revise smarter, not harder? Our 2025 Predicted Papers are designed to match the real exams as closely as possible – grab yours now and get ahead! 🚀📖

1️⃣ Cell Structure & Specialised Cells

🧫 Key Concepts:

  • The differences between prokaryotic and eukaryotic cells.

  • The structure and function of key organelles (nucleus, mitochondria, ribosomes, etc.).

  • Examples of specialised cells and how their adaptations help them function (e.g., nerve cells, root hair cells, sperm cells).


2️⃣ Organisation

🩺 Key Concepts:

  • The levels of organisation in organisms: cells → tissues → organs → organ systems.

  • The structure and function of major organ systems (e.g., the digestive system, circulatory system).

  • The role of enzymes in digestion and factors affecting enzyme activity (pH, temperature).


3️⃣ Diffusions and Active Transport

🌱 Key Concepts:

  • The difference between diffusion, osmosis, and active transport.

  • How active transport allows substances to move against a concentration gradient.

  • How molecules move by diffusion

  • Examples of diffusions and active transport in plants (root hair cells) and animals (glucose absorption in the small intestine).


4️⃣ Required Practical: Microscopy

🔬 Key Concepts:

  • How to prepare a slide of onion or cheek cells.

  • How to use a light microscope to view cells at different magnifications.

  • How to calculate magnification using the formula:


5️⃣ Required Practical: Photosynthesis

🌞 Key Concepts:

  • The photosynthesis equation and how light intensity affects the rate of photosynthesis.

  • How to set up the pondweed experiment to measure oxygen production.

  • The effects of different factors (light, CO₂, temperature) on photosynthesis rate.


6️⃣ Circulatory System & Exercise

💓 Key Concepts:

  • The structure and function of the heart, blood vessels, and blood components.

  • The role of arteries, veins, and capillaries.

  • How exercise affects heart rate and blood flow.

  • Anaerobic respiration.


7️⃣ Communicable Diseases (Including Plant Diseases & Malaria)

🦠 Key Concepts:

  • The difference between bacterial, viral, fungal, and protist diseases.

  • How pathogens spread and how the body defends itself.

  • Examples of plant diseases, including fungal infections.

  • The life cycle and transmission of malaria.


8️⃣ Monoclonal Antibodies

🧪 Key Concepts:

  • What monoclonal antibodies are and how they are produced.

  • How they are used in pregnancy tests, cancer treatment, and medical diagnosis.

  • The advantages and disadvantages of monoclonal antibodies.


9️⃣ Non-Communicable Disease & Lifestyle: Cancer

🎗️ Key Concepts:

  • The difference between benign and malignant tumours.

  • How lifestyle factors like smoking, diet, and radiation exposure contribute to cancer risk.

  • The role of genetics and environmental factors in cancer development.

🧪📖 You've worked so hard, and now it's time to trust yourself and go for it. Stay calm, take your time, and remember that one tricky question won’t ruin the whole paper.

The night before, join us for our live Masterclass, where we’ll go over last-minute tips, predicted topics, and key exam strategies to help you feel fully prepared. We’d love to see you there! 🌟

Take care of yourself, believe in what you’ve learned, and walk into that exam hall with confidence. You’ve got this! 💙


AQA GCSE Combined Science | Biology | Higher | Paper 1 | 2025 Predicted Topics

Our 2025 Predicted Papers are the best way to practise for your exams – packed with exam-style questions to help you feel confident and prepared. Download them now! 📚✨

1️⃣ Cell Structure & Specialised Cells

🧫 Key Concepts:

  • The differences between prokaryotic and eukaryotic cells.

  • The structure and function of cell organelles (nucleus, mitochondria, ribosomes, etc.).

  • Examples of specialised cells and how their adaptations help them function (e.g., nerve cells, root hair cells, sperm cells).


2️⃣ Enzymes

🧪 Key Concepts:

  • The lock and key theory explaining enzyme action.

  • How temperature and pH affect enzyme activity.

  • The role of enzymes in digestion (amylase, protease, lipase).


3️⃣ Organisation

🩺 Key Concepts:

  • The levels of organisation in organisms: cells → tissues → organs → organ systems.

  • The structure and function of major organ systems (digestive system, circulatory system).


4️⃣ Diffusion and Active Transport

🌱 Key Concepts:

  • The difference between diffusion, osmosis, and active transport.

  • How active transport allows substances to move against a concentration gradient.

  • Examples of diffusion and active transport e.g. in plants (root hair cells) and animals (glucose absorption in the small intestine).


5️⃣ Electron Microscopes

🔬 Key Concepts:

  • The differences between light and electron microscopes.

  • Why electron microscopes provide higher magnification and resolution.


6️⃣ Required Practical: Microscopy

🔬 Key Concepts:

  • How to prepare a slide of onion or cheek cells.

  • How to use a light microscope to view cells at different magnifications.

  • How to calculate magnification using the formula:


7️⃣ Uses of Glucose in Plants

🌿 Key Concepts:

  • The products of photosynthesis and how plants use glucose.

  • Glucose is converted into starch, cellulose, proteins, fats, and used in respiration.


8️⃣ Required Practical: Photosynthesis

🌞 Key Concepts:

  • The photosynthesis equation and limiting factors (light intensity, CO₂, temperature).

  • How to set up and interpret the pondweed experiment.


9️⃣ Circulatory System & Effects of Exercise

💓 Key Concepts:

  • The structure and function of the heart, blood vessels, and blood components.

  • The role of arteries, veins, and capillaries.

  • How exercise affects heart rate and blood flow.

  • Anaerobic respiration.


🔟 Surface Area to Volume Ratio (SA:V)

📏 Key Concepts:

  • Why smaller organisms have a higher SA:V ratio.

  • Why large organisms need specialised exchange surfaces.


1️⃣1️⃣ Communicable Diseases (Including Plant Diseases & Malaria)

🦠 Key Concepts:

  • The difference between bacterial, viral, fungal, and protist diseases.

  • How pathogens spread and how the body defends itself.

  • Examples of plant diseases, including fungal infections.

  • The life cycle and transmission of malaria.


1️⃣2️⃣ Non-Communicable Diseases – Cancer & Lifestyle Risk Factors

🎗️ Key Concepts:

  • The difference between benign and malignant tumours.

  • How lifestyle factors like smoking, diet, and radiation exposure contribute to cancer risk.

🌟 Remember, you are so much more than your grades – all that matters is doing your best. Take deep breaths, get plenty of rest, and don’t forget to look after yourself. 💛

To help with any last-minute worries, we’ll be running a live Masterclass the night before the exam, where we’ll go over key topics, exam tips, and boost your confidence! We’d love to see you there – you’re not in this alone. 💪

You've got this! Believe in yourself, and we’re cheering you on every step of the way! 🚀✨


AQA GCSE Biology | Separate Science | Foundation | Paper 1 | 2025 Predicted Topics

The best way to prepare for your GCSEs? Practise with our 2025 Predicted Papers! They’re realistic and challenging. Download them now! 🎉📥

1️⃣ Cell Structure & Specialised Cells

🧫 Key Ideas:

  • The differences between plant, animal, and bacterial cells.

  • The function of different cell parts (nucleus, mitochondria, ribosomes, etc.).

  • Examples of specialised cells and their adaptations (e.g., nerve cells, sperm cells, root hair cells).


2️⃣ Enzymes

🧪 Key Ideas:

  • Enzymes help speed up reactions in the body.

  • The lock and key model – how enzymes only work with specific molecules.

  • Factors that affect enzyme activity (temperature and pH).


3️⃣ Organisation

🩺 Key Ideas:

  • The levels of organisation: cells → tissues → organs → organ systems.

  • The function of major organ systems (digestive, circulatory).

  • The role of enzymes in breaking down food.


4️⃣ Diffusion and Active Transport

🌱 Key Ideas:

  • The difference between diffusion, osmosis, and active transport.

  • Active transport moves substances against a concentration gradient, using energy.


5️⃣ Electron Microscopes

🔬 Key Ideas:

  • The difference between light microscopes and electron microscopes.

  • Why electron microscopes provide higher magnification and resolution.


6️⃣ Required Practical: Microscopy

🔬 Key Ideas:

  • How to use a microscope to look at cells.

  • How to calculate magnification using:


7️⃣ Uses of Glucose in Plants

🌿 Key Ideas:

  • Plants use glucose from photosynthesis for:
    🔹 Respiration – to release energy.
    🔹 Making cellulose – for strong cell walls.
    🔹 Making starch – to store energy.


8️⃣ Required Practical: Photosynthesis

🌞 Key Ideas:

  • How to test the effect of light intensity on photosynthesis.

  • How plants produce oxygen during photosynthesis.


9️⃣ Circulatory System & Effects of Exercise

💓 Key Ideas:

  • The heart, blood vessels, and blood components.

  • The role of arteries, veins, and capillaries.

  • How exercise affects heart rate and blood flow.

  • Anaerobic respiration.


🔟 Surface Area to Volume Ratio (SA:V)

📏 Key Ideas:

  • Small organisms have a higher SA:V ratio.

  • Large animals need specialised exchange surfaces to get enough oxygen and nutrients.


1️⃣1️⃣ Drug Development

💊 Key Ideas:

  • How new drugs are tested for safety and effectiveness.

  • Stages of testing: lab testing, animal testing, human trials.


1️⃣2️⃣ Communicable Diseases (Including Plant Diseases & Malaria)

🦠 Key Concepts:

  • The difference between bacterial, viral, fungal, and protist diseases.

  • How pathogens spread and how the body defends itself.

  • Examples of plant diseases, including fungal infections.

  • The life cycle and transmission of malaria.


1️⃣3️⃣ Non-Communicable Diseases – Cancer & Lifestyle Risk Factors

🎗️ Key Ideas:

  • The difference between benign and malignant tumours.

  • How lifestyle factors like smoking, diet, and radiation increase cancer risk.

💛 You’ve done so much revision, and now it’s about keeping a clear head and giving it your best shot. Take breaks, drink water, and get some fresh air – looking after your mental health is just as important as studying.

We’ll be running a live Masterclass the night before your Biology exam to go through the key topics and exam strategies, so if you need a confidence boost, we’d love to see you there! 🌿✨

You are capable, you are prepared, and no matter what happens, this exam does not define you. Good luck – we believe in you! 💪🌟


AQA GCSE Combined Science | Biology | Foundation | Paper 1 | 2025 Predicted Topics

Our 2025 Predicted Papers are your ultimate revision tool – covering key topics with exam-style questions to boost your confidence. Don’t miss out – download now! 🔥📝https://www.primrosekitten.com/collections/predicted-papers 

1️⃣ Cell Structure & Specialised Cells

🧫 Key Ideas:

  • The differences between plant, animal, and bacterial cells.

  • The function of cell parts (nucleus, mitochondria, cell membrane, etc.).

  • How specialised cells are adapted for their jobs (e.g., sperm cells, nerve cells, root hair cells).


2️⃣ Enzymes

🧪 Key Ideas:

  • Enzymes help speed up reactions in the body.

  • The lock and key model – enzymes only fit specific molecules.

  • Factors that affect enzymes (temperature, pH).


3️⃣ Organisation

🩺 Key Ideas:

  • The levels of organisation: cells → tissues → organs → organ systems.

  • The function of major organ systems (digestive, circulatory).

  • The role of enzymes in digestion.


4️⃣ Diffusion and Active Transport

🌱 Key Ideas:

  • The difference between diffusion, osmosis, and active transport.

  • Active transport moves substances against a concentration gradient using energy.

  • Examples: root hair cells in plants, glucose absorption in the intestines.


5️⃣ Electron Microscopes

🔬 Key Ideas:

  • The difference between light microscopes and electron microscopes.

  • Why electron microscopes show more detail than light microscopes.


6️⃣ Required Practical: Microscopy

🔬 Key Ideas:

  • How to use a microscope to look at cells.

  • How to calculate magnification using:


7️⃣ Uses of Glucose in Plants

🌿 Key Ideas:

  • Plants use glucose from photosynthesis for:
    🔹 Respiration – to release energy.
    🔹 Making cellulose – for strong cell walls.
    🔹 Making starch – to store energy.


8️⃣ Required Practical: Photosynthesis

🌞 Key Ideas:

  • How to test the effect of light intensity on photosynthesis.

  • How plants produce oxygen during photosynthesis.


9️⃣ Circulatory System & Effects of Exercise

💓 Key Ideas:

  • The heart, blood vessels, and blood components.

  • The role of arteries, veins, and capillaries.

  • How exercise affects heart rate and blood flow.

  • Anaerobic respiration.


🔟 Surface Area to Volume Ratio (SA:V)

📏 Key Ideas:

  • Small organisms have a higher SA:V ratio.

  • Large animals need specialised exchange surfaces to get enough oxygen and nutrients.


1️⃣1️⃣ Communicable Diseases (Including Plant Diseases)

🦠 Key Concepts:

  • The difference between bacterial, viral, fungal, and protist diseases.

  • How pathogens spread and how the body defends itself.

  • Examples of plant diseases, including fungal infections.


1️⃣2️⃣Non-Communicable Diseases – Cancer & Lifestyle Risk Factors

🎗️ Key Ideas:

  • The difference between benign and malignant tumours.

  • How lifestyle factors like smoking, diet, and radiation increase cancer risk.

🎉 Don’t stress too much – just do your best and remember that no exam is worth sacrificing your mental health over. Take care of yourself, eat something nice, and maybe even have a dance break before heading into revision mode. 💃🕺

The night before the exam, we’ll be running a live Masterclass, where we’ll go through last-minute tips, key topics, and answer any last-minute questions. We’d love to see you there! 🧪📚

Good luck – you’re going to smash it! 🚀🔥

Everything You Need to Know for AQA GCSE Biology Paper 1

If you're preparing for AQA GCSE Biology Paper 1, you might have a lot of questions: How many papers are there? How long is the exam? What’s the best way to revise? Don’t worry – we’ve got you covered! In this guide, we’ll break down everything you need to know for GCSE Biology across Combined Science and Separate Science, at both Foundation and Higher tier.


📜 How Many Papers Are There in GCSE Biology?

Separate Science (GCSE Biology)

  • Two papers – Paper 1 and Paper 2.

  • You will receive a separate GCSE in Biology.

Combined Science (Trilogy)

  • Two Biology papers (Paper 1 and Paper 2), but your final grade is based on all six science papers (Biology, Chemistry, and Physics).

  • This course results in two GCSE grades for Science rather than a separate GCSE in Biology.

Both Paper 1 and Paper 2 cover different topics, so make sure you’re revising the correct ones for each exam!


🕒 How Long is GCSE Biology Paper 1?

The length of the exam depends on whether you're taking Combined Science or Separate Science and whether you're doing Foundation or Higher tier.

Paper

Exam Board

Tier

Duration

Marks

GCSE Biology (Paper 1)

AQA

Foundation

1 hour 45 mins

100 marks

GCSE Biology (Paper 1)

AQA

Higher

1 hour 45 mins

100 marks

Combined Science (Paper 1: Biology)

AQA

Foundation

1 hour 15 mins

70 marks

Combined Science (Paper 1: Biology)

AQA

Higher

1 hour 15 mins

70 marks

  • Separate Science papers are longer (1 hour 45 minutes) because they cover more content and lead to a full GCSE in Biology.

  • Combined Science papers are shorter (1 hour 15 minutes) because they contribute to a double Science GCSE.


📚 What Topics Are Covered in AQA GCSE Biology Paper 1?

Separate Science (GCSE Biology)

Paper 1 covers:
✅ Cell Biology (cell structure, cell division, transport in cells)
✅ Organisation (digestive system, circulatory system, plant tissues)
✅ Infection & Response (pathogens, immune system, vaccinations, monoclonal antibodies)
✅ Bioenergetics (photosynthesis, respiration, exercise)

Combined Science (Biology Paper 1)

Covers the same topics but in slightly less detail. You won’t need to know:
❌ Monoclonal antibodies
❌ Some higher-level respiration content
❌ Certain enzyme experiments

Higher-tier students will have more challenging questions that require applying knowledge to unfamiliar situations.


📝 Flashcards for GCSE Biology Revision

Flashcards are an amazing way to revise key Biology facts! Here’s how to use them effectively:

✅ Create your own flashcards – writing things out helps you remember them better!
✅ Use a mix of definitions, diagrams, and key facts.
✅ Test yourself regularly – don’t just read them!
✅ Try digital flashcards on apps like Quizlet or Anki for easy revision on the go.

💡 Top flashcard topics to cover:

  • The functions of organelles (nucleus, mitochondria, ribosomes, etc.)

  • The equations for photosynthesis and respiration

  • How enzymes work and factors affecting enzyme activity

  • The difference between diffusion, osmosis, and active transport

  • Key pathogens and diseases


📖 AQA GCSE Biology Past Papers

One of the best ways to prepare for your exam is to practise with past papers. AQA past papers help you:

  • Get used to the exam format and question styles.

  • Understand the level of detail needed in your answers.

  • Practise timing yourself so you don’t run out of time in the real exam.

💡 Where to find AQA GCSE Biology past papers?

  • You can download official AQA past papers from the AQA website.

  • We also have 2025 Predicted Papers available for free – these are designed to be as close as possible to the real thing!


🔑 Best Ways to Revise for AQA GCSE Biology

There’s no single “best” way to revise – different techniques work for different people! But here are some tried-and-tested revision methods:

1️⃣ Active Recall (Don’t Just Read!)

The best revision happens when you test yourself rather than just reading notes. Try:

  • Cover-write-check – Read a section, cover it up, write down what you remember, then check.

  • Use past papers to test your knowledge under exam conditions.

  • Teach someone else – If you can explain a topic clearly, you know it well!

2️⃣ Use Mind Maps

Mind maps help link ideas together, especially for big topics like the circulatory system or respiration. Try:

  • Starting with the main topic in the centre and drawing branches for key points.

  • Adding diagrams and colours to make it easier to remember.

  • Practising drawing them from memory – this helps with recall!

3️⃣ Watch Revision Videos

If you’re a visual learner, watching videos can make tricky concepts much easier. Our free YouTube videos walk you through Biology topics in a relaxed and easy-to-understand way.

📺 Check out our Biology revision videos here: [Insert link]

4️⃣ Practise Exam Questions

Doing past paper questions helps you:

  • Get used to how questions are worded.

  • Spot patterns in what examiners like to ask.

  • Improve your timing so you don’t rush in the real exam.

5️⃣ Attend a Masterclass the Night Before!

The night before your exam, we’ll be running a live Masterclass, covering:
✅ Key topics & common exam questions
✅ Last-minute revision tips
✅ How to avoid silly mistakes

It’s a great way to boost your confidence and calm your nerves before the big day. Join us live – we’d love to see you there! 🌟

👉 Sign up for the Masterclass here: [Insert link]


💡 Final Tips for GCSE Biology Paper 1

🔹 Start revising early – don’t leave it until the last minute!
🔹 Mix up your revision methods – try flashcards, past papers, and videos.
🔹 Take breaks – your brain needs time to process information!
🔹 Get a good night’s sleep before the exam – being well-rested helps more than last-minute cramming.
🔹 Stay calm and believe in yourself – you’ve got this!

Good luck with your Biology Paper 1! We’re cheering you on! 🚀💪

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Discount Codes for our Predicted Papers

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The wait is almost over! Our 2025 Predicted Papers are launching tomorrow, giving you the best possible way to prepare for your exams.

Why Our Predicted Papers Are a Game-Changer

Our predicted papers are carefully designed by experienced teachers and examiners to help you prepare effectively. Here’s why they’re an essential part of your revision:

✅ Exam-Style Questions – Structured just like your real exams to help you practise under exam conditions.
✅ Mark Schemes Included – Learn exactly how marks are awarded so you can refine your technique.
✅ Free Video Walkthroughs – Get expert guidance on how to structure high-scoring answers and avoid common mistakes.
✅ Instant Digital Delivery – Download, print, and start revising straight away!

And this year, we’ve added even more subjects, including History, Business, Economics, Psychology, Geography, English Language & Literature, and Further Maths!

Get an Exclusive Discount!

Our predicted papers sell fast, but you can get ahead by signing up for release alerts today. As a bonus, everyone who signs up will receive an exclusive 24-hour discount code when the papers go live!

📩 Sign up for back-in-stock alerts now and be the first to grab your papers at a discounted price!

Get ready to revise smarter and feel fully prepared for exam day.

See you tomorrow!

Jen
Primrose Kitten Academy

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2025 predicted papers for GCSE and A-Level - early access

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After the success of last year's predictions—some of our questions were nearly identical to the actual exams, and one of our A-level Biology papers contained an image almost the same to the real exam—we are giving you early access!

Sign up for release alerts so you don’t miss out

To give you the earliest access to these predicted papers, we are offering an exclusive opportunity to sign up for our Masterclasses.

What’s Included in Our Masterclasses:

  • Weekly Live Tutorials: Interactive sessions with experienced tutors to deepen your understanding and answer your questions in real time.

  • Comprehensive Notes: Detailed notes covering all key topics to ensure you grasp the essential concepts.

  • Flashcards for Each Lesson: Quick and effective revision tools to reinforce your knowledge.

  • Access to 2025 Predicted Papers: Be among the first to receive our expertly crafted papers, designed to closely mimic real exam conditions.

By signing up, you'll be equipped with resources that have proven to boost exam performance and confidence. Our team remains committed to sourcing images and crafting questions from reliable and proven sources to maximize your success.

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OCR | GCSE Psychology | 2025 predictions

Jen - Primrose Kitten

Our predicted papers are carefully designed by experienced teachers and examiners to help you prepare effectively. Here’s why they’re an essential part of your revision:

✅ Exam-Style Questions – Structured just like your real exams to help you practise under exam conditions.
✅ Mark Schemes Included – Learn exactly how marks are awarded so you can refine your technique.
✅ Free Video Walkthroughs – Get expert guidance on how to structure high-scoring answers and avoid common mistakes.
✅ Instant Digital Delivery – Download, print, and start revising straight away!

We are excited to be making our very first set of predictions for OCR GCSE Psychology – Paper 1! This year, we’re expanding our support to help even more students with their revision and exam preparation.

Laura, our Head of Psychology, has carefully analysed the trends and patterns that have emerged in past OCR exams. She’s done an in-depth review of the topics and questions that have appeared in previous seasons and has used this information to create Psychology predicted papers specifically for this year.

To access these predicted papers, simply follow the link in the description below.

Alongside these papers, Laura has also created video walkthroughs for both papers so you can see exactly what a top band answer looks like in Psychology. These videos will guide you through the skills needed to interpret questions, understand what’s being asked, and structure your responses effectively.

You’ll encounter questions designed in the same style as those you’ll see in your exams, enabling you to break down the questions, identify what needs to be included in your answers, and how to structure them. This will help you feel confident and fully prepared when you sit the real exam!

Remember to revise all topics, as these are just predictions. We don’t have any additional information or insights into the actual exams – we haven’t seen the real papers!


OCR GCSE Psychology Paper 1: Studies and Applications in Psychology

We know for Paper 1 – Studies and Applications in Psychology 1– there are four sections in the paper – Development, Criminal Psychology, Psychological Problems and Research Methods and we’ll go through each of these topics.

Development:

Concepts of Object Permanence, Animism, and Egocentrism:

  • Object Permanence: Be prepared to define this concept, which is the understanding that objects continue to exist even when they cannot be seen, heard, or touched. Know how Piaget demonstrated this in his sensorimotor stage and be ready to discuss its significance in early cognitive development.

  • Animism: Be able to explain this concept, which is the belief that inanimate objects have lifelike qualities and are capable of action. It's a key feature of the preoperational stage. Be prepared to discuss examples, like a child believing that a doll can feel emotions.

  • Egocentrism: Understand how this refers to a child's inability to see a situation from another person's point of view. Know how Piaget illustrated this in the three mountains task and be ready to evaluate the concept, considering strengths like its empirical support and limitations such as its underestimation of children's social cognition.

Piaget (1952) – Study into Conservation of Number:

  • Be familiar with the aim of Piaget’s study, which was to investigate whether children understand that quantity remains the same even when the appearance of an object changes.

  • Know the procedure: Piaget showed children two identical rows of counters and then spread out one row, asking if there were the same number of counters in each row.

  • Be ready to describe the findings: Younger children (under 7) typically said the spread-out row had more counters, indicating a lack of conservation. Older children (around 7+) understood that the number of counters remained the same.

  • Understand the conclusion: Piaget concluded that the ability to conserve develops as children enter the concrete operational stage around age 7.

  • For the evaluation, prepare strengths like the study's pioneering role in understanding cognitive development, and limitations such as its reliance on language and lack of ecological validity.

IQ Tests as a Measure of Intelligence:

  • Be ready to define IQ tests and understand how they are used to measure cognitive abilities. Know the strengths, such as providing a standardised measure of cognitive abilities, and limitations, like cultural bias and the inability to capture multiple intelligences or creativity. Be prepared to evaluate the effectiveness of IQ tests as a tool for measuring intelligence and their application in educational settings.

Application of Learning Theories to the Development of Education:

  • Dweck’s Mindsets: Be familiar with Dweck’s theory, which distinguishes between a fixed mindset (believing intelligence is static) and a growth mindset (believing intelligence can be developed). Understand how this theory applies to educational settings, promoting perseverance and resilience in learning. Be ready to discuss strengths, like its positive impact on student motivation, and limitations, such as difficulties in changing established mindsets.

  • Willingham’s Ideas on Teaching Through Meaning: Know Willingham's emphasis on teaching that focuses on understanding rather than rote memorisation. Be prepared to discuss his suggestions for applying cognitive science to education, such as encouraging problem-solving and critical thinking. Evaluation should include strengths like the practical applicability of his strategies and the strong evidence base, alongside limitations such as the challenges in implementing these strategies in diverse classroom environments.

Criminal Psychology:

The Role of Vicarious Reinforcement in Social Learning:

  • Be prepared to explain how vicarious reinforcement works within the context of social learning theory. Understand that it involves learning behaviours by observing others being rewarded or punished for those behaviours. Make sure you can provide examples, such as how witnessing the punishment of a criminal can deter observers from engaging in similar behaviour.

Cooper and Mackie (1986):

  • This is a named study in the specification, so you need to know it in detail. Be prepared to describe the aim of the study, which was to investigate the impact of aggressive video games on children's behaviour.

  • Be familiar with the procedure: The study involved children playing either an aggressive or non-aggressive video game, or no game at all, followed by a behavioural measure of aggression.

  • Know the findings: The results showed that playing aggressive video games did not increase aggressive behaviour in boys but did in girls. This suggests that the impact of media on aggression may be influenced by gender.

  • Understand the conclusion: The study concluded that the relationship between media and aggression is complex and may vary based on factors such as gender.

  • For the evaluation, be ready to discuss strengths like its controlled experimental design, and limitations such as the artificial setting and limited generalisability due to the small sample size.

The Role of Positive Role Models in Rehabilitation:

  • Be able to explain how positive role models can be utilised in rehabilitation programmes to encourage pro-social behaviour and reduce reoffending rates. Understand that role models demonstrate desirable behaviours, which offenders can observe and emulate, fostering a more positive self-concept and social identity.

Fines as a Deterrent:

  • Understand how fines function as a form of negative reinforcement by imposing a financial penalty for undesirable behaviour, with the intention of deterring future offences. Be ready to evaluate their effectiveness, considering strengths like their immediate impact and ease of enforcement, and limitations such as their varying impact based on an individual's financial situation and the potential for fines to disproportionately affect lower-income offenders.

The role of community sentences:

· Community sentences aim to rehabilitate offenders by requiring them to complete specific activities such as unpaid work, treatment programmes, or curfews, allowing them to remain integrated within their communities while addressing the causes of their offending behaviour. Be prepared to discuss strengths, such as their focus on rehabilitation and reducing reoffending by promoting social responsibility.

Psychological Problems:

Key Statistics About Clinical Depression:

  • Be prepared with an understanding of general trends in clinical depression, including its prevalence, and variations across age, sex, and ethnicity. While specific statistics change frequently, focus on overarching patterns such as higher prevalence rates in females compared to males, and increased incidence during adolescence and early adulthood. Recovery rates can vary widely depending on access to treatment and support, so understand that while many people recover with the right interventions, some experience recurrent episodes. This foundational knowledge will help you contextualise the impact of depression on different demographic groups and evaluate treatment effectiveness.

Role of Community Care for Those with Mental Health Problems:

  • Community care is vital in supporting individuals with mental health issues by providing localised services, such as therapy, support groups, and crisis intervention, while allowing them to remain integrated within their communities. Understand how community care aims to promote recovery, reduce stigma, and prevent hospitalisation. Be ready to discuss the benefits, like improved social support and continuity of care, and challenges, such as resource limitations and inconsistent service provision across regions. Evaluation should include how effective community care is in reducing relapse rates and enhancing quality of life for those with mental health problems.

Psychological Theory – The Social Drift Theory of Schizophrenia:

  • Be prepared to explain the social drift theory, which suggests that people with schizophrenia tend to drift downwards in the social hierarchy due to their symptoms affecting their ability to maintain employment and social relationships. Understand the key idea that schizophrenia may result in social decline rather than being caused by low socio-economic status. Be ready to evaluate the theory, considering strengths such as supporting evidence showing higher prevalence rates of schizophrenia in lower socio-economic groups, and limitations like the difficulty in establishing cause and effect, as well as alternative explanations such as social causation theory, which suggests that low socio-economic status may increase vulnerability to schizophrenia.

Research Methods:

· Embrace Research Methods Across Both of The Papers: Recognise that Research Methods content appears in both exam papers, not just Paper 1. You’ll find dedicated Research Methods sections in both Paper 1 and Paper 2, as well as questions appearing in the other topics too. Always be ready! Familiarise yourself with examples of research and identify key elements such as hypotheses, variables, control measures, samples used, ethics and data collected. Exposure to different research scenarios will better prepare you for the new piece of research you'll face in this section. Use resources such as our predicted papers and walkthroughs to strengthen your understanding and application of research methods!


OCR GCSE Psychology Paper 1: Studies and Applications in Psychology 1

We know for Paper 2 – Studies and Applications in Psychology 2– there are four sections in the paper – Sleep and Dreaming, Social Influence, Memory and Research Methods and we’ll go through each of these topics.

Section A: Sleep and Dreaming:

· Activation Synthesis Theory of Dreaming: Be prepared to explain this theory, which posits that dreams result from the brain's attempt to make sense of random neural activity during REM sleep. Understand the implications of this theory for understanding the nature of dreams and be ready to evaluate its strengths, such as its scientific grounding, and limitations, like its failure to account for the content of dreams. 

· Role of the Pineal Gland and Melatonin: Know how the pineal gland produces melatonin, a hormone that regulates sleep-wake cycles. Be able to discuss how light exposure influences melatonin secretion and understand the significance of melatonin in maintaining circadian rhythms, including the consequences of disrupted melatonin production on sleep patterns. 

· Freud (1918) Wolfman Study: Familiarise yourself with Freud's case study of the "Wolfman," which explores the interpretation of dreams as a window into the unconscious mind. Be prepared to discuss Freud's insights on the symbolic nature of dreams and how this study exemplifies his theories on dream analysis and psychosexual development.

· Neurological Damage to the Hypothalamus and Impact on Sleep: Be ready to discuss how damage to the hypothalamus can lead to sleep disorders, such as insomnia or hypersomnia, and the broader implications for mental health and daily functioning. 

Section B: Social Influence:

· Authoritarian Personality: Be prepared to define the authoritarian personality, a personality type characterised by rigidity, conformity to traditional values, and hostility towards out-groups. You should be able to explain how those with an authoritarian personality experience obedience and how they react to orders from other people.

· Bickman (1970): Familiarise yourself with the aim of Bickman's study, which investigated the effects of uniform on obedience. Be prepared to describe the procedure, where participants were approached by individuals in different attire (a civilian, a guard, and a milkman) who asked them to perform tasks. Know the findings, which showed that individuals were more likely to obey requests from those in uniform, highlighting the influence of perceived authority on compliance. Evaluation should include strengths like the controlled experimental design, and limitations such as the artificial setting, which may not reflect real-life scenarios. It’s important to note here that there were 3 experiments in the study – 1, 2 and 3. Most questions will focus on Experiment 1 – but don’t forget to revise 2 and 3!

· Minority Influence Leading to Social Change: Understand the process of minority influence, which occurs when a smaller group influences the beliefs or behaviours of a larger group. Be ready to discuss the key factors that contribute to successful minority influence, such as consistency, commitment, and flexibility.

Section C: Memory:

· Multi-Store Model of Memory: Be prepared to explain the multi-store model of memory proposed by Atkinson and Shiffrin (1968), which suggests that memory consists of three stores: sensory memory, short-term memory (STM), and long-term memory (LTM). Understand the characteristics of each store, including their duration and capacity, and be ready to discuss how information is transferred between them. Evaluation should include strengths like its clear structure and limitations such as its oversimplification of memory processes.

· Clive Wearing Case Study: Familiarise yourself with the case study of Clive Wearing, a musician who suffered from profound amnesia due to a viral infection. Be prepared to describe how his condition illustrates the distinction between procedural memory (which he retains) and declarative memory (which he loses). Understand the significance of his case for memory research and be ready to evaluate the insights it provides into the workings of memory systems, considering strengths like the real-world application of findings and limitations such as the uniqueness of his case limiting generalisability. 

· Autobiographical Advertising: Understand the concept of autobiographical advertising, which refers to marketing strategies that evoke personal memories to influence consumer behaviour. Be ready to discuss how this type of advertising can create emotional connections with consumers by triggering nostalgia.

Section D: Research Methods:

· Embrace Research Methods Across Both of The Papers: Recognise that Research Methods content appears in both exam papers. You’ll find dedicated Research Methods sections in both Paper 1 and Paper 2, as well as questions appearing in the other topics too. Always be ready! Familiarise yourself with examples of research and identify key elements such as hypotheses, variables, control measures, samples used, ethics and data collected. Exposure to different research scenarios will better prepare you for the new piece of research you'll face in this section. Use resources such as our predicted papers and walkthroughs to strengthen your understanding and application of research methods!

Exam Structure

OCR GCSE Psychology consists of two exam papers, each covering different topics.

Paper 1: Studies and Applications in Psychology 1

  • Duration: 1 hour 30 minutes

  • Weighting: 50% of the GCSE

  • Topics Covered:

    • Criminal Psychology – Why people commit crimes, theories of criminal behaviour, and how psychology is used in crime prevention.

    • Development – How the brain develops, Piaget’s theory of cognitive development, and the role of education in learning.

    • Psychological Problems – Key mental health issues, such as depression and addiction, and their treatments.

    • Research Methods – How psychological research is conducted, including experiments, ethics, sampling, and data analysis.

Paper 2: Studies and Applications in Psychology 2

  • Duration: 1 hour 30 minutes

  • Weighting: 50% of the GCSE

  • Topics Covered:

    • Social Influence – Conformity, obedience, crowd behaviour, and why people follow authority figures.

    • Memory – How memory works, factors affecting memory, and key research studies.

    • Sleep and Dreaming – The function of sleep, sleep disorders, and Freud’s dream theory.

    • Research Methods – More in-depth application of research methods, including evaluating psychological studies.


Top 10 Revision Tips for OCR GCSE Psychology

  1. Understand Key Studies – OCR focuses on specific psychological studies, so make sure you know the key research, including aims, methods, results, and conclusions.

  2. Use Flashcards – Create flashcards with key theories, definitions, and studies to test yourself regularly.

  3. Practice Past Papers – Answering past questions will help you get used to the style of exam questions and improve your confidence.

  4. Master Research Methods – This topic appears in both papers, so make sure you understand different research techniques and how to evaluate them.

  5. Apply Psychology to Real Life – Linking theories to real-world examples (e.g., how eyewitness memory is used in court cases) helps improve understanding and recall.

  6. Use Mnemonics – Memory tricks, acronyms, or rhymes can help you recall complex theories and researchers.

  7. Create Mind Maps – Summarise topics visually to show links between concepts, helping you see the bigger picture.

  8. Practice Writing 13-Mark Answers – The longer essay-style questions require a clear structure, including key points, evidence, and evaluations.

  9. Stay Organised – Use a revision timetable to cover all topics in good time before the exam, focusing on weaker areas.

  10. Take Care of Yourself – Get enough sleep, eat well, and take breaks to keep your brain functioning at its best.


By following these revision tips and practising regularly, you'll feel more confident tackling OCR GCSE Psychology! 🧠✨

 

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AQA | GCSE Psychology | 2025 predictions

Jen - Primrose Kitten

Imagine sitting down for your AQA GCSE Psychology exam and seeing questions that feel familiar. With our expertly crafted Predicted Papers, that’s exactly what you’ll get! Based on detailed exam analysis, these papers are designed to reflect the types of questions most likely to appear, so you can practise with purpose.

💡 What makes them so powerful?
✅ Designed by expert teachers who know AQA inside out
✅ Helps you spot patterns and key topics that could come up
✅ Perfect for timed practice—get exam-ready under real conditions
✅ Includes mark schemes so you can see exactly how to maximise your marks

 🎥📚Our video walkthroughs break down complex topics into easy-to-follow steps, making revision simpler and learning more engaging! Included FREE!

Why leave it to chance? Get ahead, feel prepared, and walk into that exam knowing you’ve done everything you can to succeed. 🚀

👉 Get your Predicted Papers now and take control of your revision!

We are back for another year making predications for AQA GCSE Psychology

So just like last year, Laura, my Head of Psychology has looked at the trends and patterns that have come up in the past. She’s done a really thorough analysis of the topics and questions that have appeared in previous exam seasons and has used this to write Psychology predicted papers for this year.

In addition to this she has done video walkthroughs of both papers so you can see what a top mark band answer looks like in Psychology. These will also talk you through the skills you’ll need to interpret the questions and know how to structure your answers.

You’ll see questions in the same style as those in the exams and be able to unpick what they are actually asking, what needs to be included in your responses and how these should be structured. Then you’ll be ready to do exactly the same in the actual exam!

Please remember to revise everything as these are just predictions. We don’t have any additional information or know anything in advance of the exams - we have not seen the real papers!

AQA GCSE Psychology Paper 1: Cognition and Behaviour

We know for Paper 1 – Cognition and Behaviour – there are four sections in the paper – Memory, Perception, Development and Research Methods and we’ll go through each of these topics in this video.

Memory:

· Murdock’s serial position curve study: Murdock's study focused on the primacy and recency effect – make sure you can describe its aim, procedure, findings, and conclusion. Be ready to evaluate the study, considering its strengths, limitations, and supporting evidence.

· Bartlett’s War of the Ghosts study: Again, this is another key study that is named in the specification, so you know you can get questions specifically about it. Make sure you can describe its aim, procedure, findings, and conclusion and be ready with detailed evaluation points.

· Factors affecting the accuracy of memory – potentially with a focus on false memories: Understand how false memories can affect the accuracy of memory, both positively and negatively. Be prepared to evaluate this theory, considering its strengths and limitations.

Perception:

  • Monocular depth cues: Remember that these include relative size, height in plane, linear perspective and occlusion. Make sure you can define each cue and explain how it contributes to depth perception. Be ready to apply this knowledge to scenarios or images, demonstrating how these cues inform our perception of depth.

  • Gregory’s constructivist theory of perception: Be sure you can describe the theory, including how perception involves top-down processing, where the brain interprets sensory information by relying on memory and context. Prepare to evaluate the theory, discussing its strengths, such as explaining perceptual errors like visual illusions, and its limitations, like the underestimation of the role of direct sensory input (bottom-up processing).

· Effect of motivation on perceptual set: Focus on how motivation can influence what we perceive, such as when we are hungry, we might perceive ambiguous images as food related. Be ready to explain key studies or examples that illustrate how motivation can alter perception. Prepare to evaluate the effect of motivation on perceptual set, considering its strengths, like providing insight into why people perceive the same stimulus differently, and its limitations, such as the difficulty in isolating motivation from other factors influencing perception.

Development:

· Piaget’s concepts of assimilation and accommodation: Be prepared to describe these processes with examples and explain how they contribute to cognitive development.

· Application of Piaget's Stages in Education: Be sure you can explain how these stages inform educational practices, such as the importance of hands-on learning in the concrete operational stage or encouraging problem-solving and abstract thinking in the formal operational stage. Evaluation of this application should consider how Piaget's theory has influenced educational practices positively, but also address criticisms, such as the rigidity of the stages and the individual variability in children’s development.

  • Hughes' Policeman Study: Make sure you can describe the study's aim, procedure, findings, and conclusions. Be ready to evaluate the study, considering strengths like its practical design and limitations such as the simplicity of the task compared to real-world situations.

· Willingham's Learning Theory: Be prepared to describe Willingham’s key ideas and apply them to educational contexts, such as how his theory could inform effective teaching practices. Evaluation should include strengths like its practical applications and supporting evidence base, as well as limitations.

Research Methods:

· Embrace Research Methods Across All The Papers: Recognise that Research Methods content appears in both exam papers, not just Paper 1. While Paper 1 is where you'll find the main section on Research Methods, it's crucial to understand that research methods knowledge can, and is!, examined across the entire course. Familiarise yourself with examples of research and identify key elements such as aims, hypotheses, variables, control measures, samples used, and data collected. Exposure to different research scenarios will better prepare you for the new piece of research you'll face in this section. Use resources such as our predicted papers and walkthroughs to strengthen your understanding and application of research methods!


AQA GCSE Psychology Paper 2: Social Context and Behaviour

We know for Paper 2 – Social Context and Behaviour – there are four sections in the paper – Social Influence, Language, Thought and Communication, Brain and Neuropsychology and Psychological Problems and we’ll go through each of these topics.

Social Influence:

· Factors Affecting Conformity to Majority Influence:

o Social factors: Ensure you understand how group size, anonymity, and task difficulty affect conformity. For example, larger groups tend to increase conformity, but anonymity can reduce it. Task difficulty also plays a role, with individuals more likely to conform when they perceive a task as challenging.

o Dispositional factors: Also be familiar with how  personality traits, such as whether someone is high or low in self-esteem, and levels of expertise influence conformity. Those with higher self-esteem or more expertise are generally less likely to conform. Be prepared to evaluate these factors, considering their strengths, like providing insight into why people conform in different situations, and limitations, such as the difficulty of isolating individual factors from situational influences.

Bystander Behaviour:

  • Dispositional Factors: Focus on how factors like similarity to the victim and personal expertise affect bystander intervention. For instance, people are more likely to help if they perceive a similarity with the victim or if they have relevant expertise.

  • Piliavin’s Subway Study: Know the details of Piliavin’s study, including its aim, procedure, and findings. This study investigated how factors like the victim's perceived state and the presence of other bystanders influenced helping behaviour.

  • Evaluation: Be ready to evaluate Piliavin’s study, considering its strengths, such as its real-world setting which enhances ecological validity, and limitations, like potential ethical issues and the generalisability of the findings to other settings.

Crowd and Collective Behaviour:

  • Social and Dispositional Factors: Understand the social factors (such as group dynamics and social norms) and dispositional factors (like individual personality traits) that affect collective behaviour. Pay particular attention to how these factors can lead to different forms of collective behaviour in various settings.

  • Deindividuation: This is a key concept, so be prepared to describe how deindividuation, which involves losing self-awareness in groups, can lead to behaviour that is out of character. Evaluate this explanation, including its strengths, like explaining phenomena such as riots or mob behaviour, and limitations, such as its reliance on laboratory settings which may not reflect real-world scenarios.

     

Language, Thought and Communication:

· Properties of Human Communication That Are Not Present in Animal Communication: Ensure you understand how human communication involves the ability to plan and discuss future events, a feature not observed in animal communication. Be prepared to explain how this capacity for abstract thinking and future planning differentiates human language from that of animals.

· Body Language: Focus on how various aspects of body language, such as open and closed posture, postural echo, and touch, can be applied to real-life situations. Be ready to describe how open posture can convey openness and confidence, while closed posture might indicate discomfort or defensiveness. Understanding these concepts will help in interpreting non-verbal cues in everyday interactions.

· Evidence That Non-Verbal Behaviour is Innate: Review research involving neonates to understand evidence supporting the innateness of non-verbal behaviour. For example, studies on newborns' ability to imitate facial expressions can provide insights into the innate aspects of non-verbal communication. Be prepared to discuss how such evidence supports the argument that certain non-verbal behaviours are hardwired rather than learned.

· Yuki's Study of Emoticons: Make sure you are familiar with Yuki's study, which investigated how emoticons are used to convey emotions across different cultures. Understand the study's aim, procedure, findings, and conclusions. This includes how emoticons can affect the interpretation of emotional content and the cultural differences observed. As with all the named studies in the specification – make sure you can evaluate this study too. Be prepared to present strengths and limitations. 

Brain and Neuropsychology:

· Release and Uptake of Neurotransmitters: Ensure you are familiar with how neurotransmitters are released from neurons, bind to receptor sites, and then undergo reuptake. Be prepared to describe key neurotransmitters like serotonin and dopamine, and how their levels can influence mood and behaviour. This foundational knowledge is crucial for understanding various psychological and neurological conditions.

· Understanding Neurological Damage (Stroke/Injury): Focus on how different types of neurological damage, such as strokes or brain injuries, can affect motor abilities and behaviour. Understand how damage to specific brain regions can lead to deficits in movement, speech, or cognitive functions. 

· Penfield's Study of the Interpretive Cortex: Make sure you can describe Penfield’s work on the interpretive cortex, including his use of electrical stimulation to map brain functions. Be prepared to outline the aim, procedure, findings, and conclusions of his study, which helped establish the relationship between specific brain areas and sensory or motor functions. Evaluation of this study should include its strengths, such as providing a clear map of brain function, and its limitations, such as potential ethical concerns or the applicability of findings to broader populations.

Psychological Problems:

· Types of Depression: Understand the key differences between unipolar depression (characterised by persistent low mood and lack of interest in activities) and bipolar disorder (which involves alternating periods of depression and mania or hypomania). Be able to describe the symptoms, duration, and impact of each type of depression. Additionally, differentiate these from normal sadness, which is a temporary emotional state rather than a clinical condition.

  • ICD Diagnostic Criteria: Familiarise yourself with the ICD diagnostic criteria for depression. This includes recognising the essential features for diagnosis, such as duration, severity, and the impact on daily functioning. Be prepared to apply these criteria in case studies or hypothetical scenarios to identify and distinguish between different types of depressive disorders.

· Biological Explanation of Depression: Make sure you can explain the biological theories of depression, such as neurotransmitter imbalances (e.g., serotonin and norepinephrine), genetic factors, and brain structure abnormalities. Be clear about how these biological factors contribute to the development and persistence of depressive symptoms. Prepare to evaluate the biological explanation by discussing its strengths, such as the development of effective pharmacological treatments like SSRIs. Consider its limitations too, such as its reductionist nature and the lack of consideration for psychological and social factors. Be ready to discuss how these factors may interact with biological elements to influence mental health.

· Increased Challenges of Modern Living: Focus on how contemporary issues like economic hardship and social isolation impact mental health. Understand how these stressors can exacerbate mental health problems, potentially leading to higher rates of depression and anxiety. Be prepared to explain the mechanisms through which economic deprivation (such as financial stress and unemployment) and social isolation (such as lack of social support) affect mental health. This might include discussing increased vulnerability to stress and reduced access to mental health resources. Evaluate the implications of these challenges for mental health services and support systems.

Research Methods:

· Research Methods Across BOTH The Papers: Recognise that Research Methods content appears in both exam papers, not just Paper 1 –so you WILL still face research methods questions here in Paper 2. We’ve made sure that a range of questions have been included in our predicted papers to help you prepare for this.

 

AQA GCSE Psychology Guide

Exam Structure

AQA GCSE Psychology consists of two exam papers, each covering different topics.

Paper 1: Cognition and Behaviour

  • Duration: 1 hour 45 minutes

  • Weighting: 50% of the GCSE

  • Topics Covered:

    • Memory – How we remember and forget, types of memory, and key studies.

    • Perception – How we interpret sensory information and illusions.

    • Development – Brain development, learning theories, and the role of education.

    • Research Methods – How psychologists conduct studies, including experiments, ethics, and data analysis.

Paper 2: Social Context and Behaviour

  • Duration: 1 hour 45 minutes

  • Weighting: 50% of the GCSE

  • Topics Covered:

    • Social Influence – Obedience, conformity, and crowd behaviour.

    • Language, Thought & Communication – How language develops and how we communicate.

    • Brain & Neuropsychology – The structure and function of the brain, neurons, and the impact of brain injury.

    • Psychological Problems – Mental health issues such as depression and addiction.


Top 10 Revision Tips for GCSE Psychology

  1. Know the Specification – Familiarise yourself with the exact topics and key studies to avoid surprises in the exam.

  2. Use Active Recall – Instead of just reading notes, test yourself with flashcards, past paper questions, or self-quizzing.

  3. Practice Past Papers – AQA past papers help you understand the exam format and the types of questions that come up.

  4. Master Research Methods – This topic appears across both papers, so ensure you understand key terms like validity, reliability, and different research designs.

  5. Apply Real-Life Examples – Relating theories to everyday situations can help with understanding and recall.

  6. Use Mnemonics & Memory Aids – Create acronyms or rhymes to remember studies, key researchers, and theories.

  7. Watch Video Walkthroughs – Engaging with visual explanations (like our video walkthroughs!) can make tricky concepts easier to grasp.

  8. Practice Essay Writing – Learn how to structure 9-mark questions by using clear points, evidence, and evaluations.

  9. Stay Organised – Use a revision timetable to ensure you cover all topics in good time before the exam.

  10. Look After Yourself – Get enough sleep, eat well, and take breaks to keep your brain in top form for revision and exams.


By following these tips and staying consistent with your revision, you’ll be in a strong position to succeed in GCSE Psychology! 🧠✨ 

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WJEC | Level 3 Criminology | 2025 predictions

Jen - Primrose Kitten

We’re bringing them out to you as quickly as possible. Don’t forget you can wishlist your papers so you’re the first to know when they are out!

We are back for the second year with Criminology papers to help you with your revision.

Laura, my Head of Criminology, has looked at the trends and patterns that have come up in the past. She’s done a really thorough analysis of the topics and questions that have appeared in previous exam seasons and has used this to write criminology predicted papers for this year.

Follow the link in the description below and this will take you to all the predicted papers that we have available.

In addition to this she has done video a walkthrough of both papers (Unit 2 and Unit 4) so you can see what a top mark band answer looks like in Criminology. These will also talk you through the skills you’ll need to interpret the questions and know how to structure your answers.

You’ll see questions in the same style as those in the exams and be able to unpick what they are actually asking, what needs to be included in your responses and how these should be structured. Then you’ll be ready to do exactly the same in the actual exam!

Please remember to revise everything as these are just predictions. We don’t have any additional information or know anything in advance of the exams - we have not seen the real papers!

 


Unit 2: Criminological Theories Predictions

Norms and Values: Understand the difference between norms and values. Norms are the expected standards of behaviour in a society, while values are the underlying beliefs that guide these norms. Be prepared to provide examples of each and explain how they influence behaviour. For instance, norms might include queueing politely, while values could be the belief in fairness and equality that underpins this behaviour.

Social and Legal Definitions of Crime: Know the distinction between social and legal definitions of crime. Social definitions refer to societal views on what constitutes criminal behaviour, while legal definitions are formalised in law. Be able to explain examples such as how drug use is criminalised legally but may not be viewed as a crime in certain social contexts, like medical marijuana use.

How and Why Laws Change Over Time: Be familiar with examples of laws that have evolved, such as changes in laws regarding same-sex marriage or cannabis decriminalisation. Understand the factors driving these changes, including shifts in public opinion, scientific advances, and political lobbying. Illustrate with specific historical or recent examples to demonstrate how and why these changes occur.

Application of Laws in Different Circumstances: Be prepared to explain how laws can be applied differently depending on the context. For example, the application of self-defence laws might vary depending on the circumstances of the threat and the perceived level of force used. Have clear examples ready to show how situational factors can affect legal outcomes.

Physiological Theories of Crime: Study physiological theories, which fall under biological theories. Understand key theories like Lombroso’s theory of the ‘born criminal’ or the XYY chromosome theory. Be able to describe these theories, apply them to scenarios, and critically evaluate their strengths and limitations. For instance, while Lombroso’s theory was pioneering, it faced criticism for its deterministic approach and lack of scientific robustness.

Campaigns Informing Policy Development: Focus on newspaper campaigns and their impact on policy development. Be able to discuss examples such as the News of the World’s campaign for Sarah’s Law or The Sun’s "Justice for the 96" campaign. Explain how these campaigns mobilised public opinion and influenced legislative changes, providing concrete examples of policy outcomes resulting from media pressure.

Sociological Theory Informing Policy Development: Review how sociological theories like Merton’s Strain Theory and Labelling Theory have informed policy. Understand how these theories have led to policies such as educational programmes and decriminalisation efforts. Provide examples of how these theories have shaped policies and assess their effectiveness in addressing the root causes of crime.

Best Advice:

Be Specific: When preparing for the exam, ensure your examples and explanations are specific and detailed. Broad generalisations may not fully address the questions.

Use Evidence: Back up your points with precise data, examples, and theoretical explanations. For instance, when discussing physiological theories, include both historical and contemporary examples.

Apply Theories: Be able to apply theories to practical scenarios, demonstrating their real-world implications and effectiveness.

Practice Critical Evaluation: For higher marks, practice evaluating the strengths and limitations of theories and policies, and consider both sides of arguments where applicable.

Finally, remember that questions can also ask about material covered in other units – some questions will be synoptic. Review your knowledge from Unit 1 too! These are likely to be just short answer questions, 1,2, 3 maybe 4 marks – but can still make a big difference to your final mark.

 

Unit 4: Crime and Punishment Predictions

Internal and external social control: Know the difference between the two – internal and external social control and make sure you have examples that you could present in an answer. Remember that the specification is quite clear about different types of social control – for example, the spec lists tradition, rational ideology and internalisation of social rules as types of internal social control. Be prepared for questions about a specific type of social control and not just internal and external.

Crimes committed by those with moral imperatives: Be able to explain why people commit crimes and link this to their ethical principles and doing what they believe is morally correct. Have case examples ready to use to illustrate this further – this could include The Stansted 15, Kay Gilderdale and even The Suffragettes!

Relationships between different agencies: You need to how different agencies work together within the criminal justice system. Make these links really specific and avoid general things that ALL of the agencies would do. Questions here won’t be tricky, they’ll include agencies that have obvious links – for example the police, the CPS and the courts – you just need to make sure that the knowledge you present is really specific and shows off your deep understanding of their roles.

Models of criminal justice: Make sure you can give a clear explanation of both the due process AND crime control model of criminal justice. Be prepared to answer a 6 mark question and practice identifying which model is in action in different scenarios.

Reparation as an aim of punishment: Be ready to explain what reparation is and how it acts as a form of punishment. Include examples of reparation – financial compensation, restorative justice programmes and community service projects. For those very top responses in extended questions – make links to theory – labelling theory and functionalism are great to use when discussing reparation.

Fine meetings to aims of punishment: You should be able to link fines to the different aims of punishment – the obvious aims here at deterrence and retribution. In a question like this, take each aim of punishment in turn and link it directly back to fines. Having data to use as evidence is always really useful in questions like this – information on how successful they have been for example.

Working practices of the prison service: The specification makes it really clear what is meant by “working practices” – this includes types of criminality, types of offenders and local and national reach. This means that you need to know what types of crimes do people go to prison for and what types of offenders are in prison and how there are different prisons for different types of people. You should also be able to talk about the numbers of prisons that are active and the different categories.

Gaps in state provision affecting social control: Make sure you can quickly identify what the gaps in provision are – this could include limited resources, budget cuts, new technologies being introduced and the heavy use of social media. And then be prepared to explain how each of these are limiting agencies in achieving social control. Have up-to-date data and statistics to illustrate the problems.

Effectiveness of the police and the prison service in achieving social control: It’s important to note for this topic that it’s focused on social control and NOT the aims of punishment. Make sure you’re always reading the questions carefully and fully understand what it’s asking for. When it comes to effectiveness you’ll need to present a balanced argument – so consider how the police and prisons HAVE been effective but always instances where they have been ineffective too. Again, consider the evidence that you have available to support the arguments you make – always have some data and up-to-data statistics available.

Finally, remember that questions can also ask about material covered in other units – some questions will be synoptic. Review your knowledge from Unit 1, 2 and 3 too! These are likely to be just short answer questions, 1,2, 3 maybe 4 marks – but can still make a big difference to your final mark.

Too Cute Penguin GIF by Pudgy Penguins

If you're preparing for the WJEC Level 3 Criminology qualification, you've come to the right place! This guide will help you navigate the course, understand the exams, and maximise your revision efforts.


Top Advice

  1. Know Your Syllabus: Familiarise yourself with the specification to ensure you’ve covered everything.

  2. Practice Makes Perfect: Regularly attempt past and practice papers to refine your exam technique.

  3. Time Management: Allocate time for revision and ensure you're practising answering questions within exam time limits.

  4. Understand the Assessment Objectives (AOs): Focus on applying knowledge, evaluating evidence, and constructing clear arguments.

  5. Stay Organised: Use a revision planner to track your progress and ensure you’re reviewing weaker areas.


How Many Criminology Papers Are There?

WJEC Level 3 Criminology has two exam papers, each testing different aspects of the course. Here’s the breakdown:

  • Unit 2: Criminological Theories

    • Duration: 1 hour 30 minutes

    • Focus: Understanding why people commit crime, exploring biological, sociological, and psychological theories.

    • Format: Combination of short and extended response questions.

  • Unit 4: Crime and Punishment

    • Duration: 1 hour 30 minutes

    • Focus: Understanding crime control, punishment, and how criminal behaviour is dealt with in society.

    • Format: Short answer questions, extended writing, and case study analysis.

Each unit carries significant weight, so a balanced approach to revision is essential.


When Are the 2025 Criminology Exam Dates?

  • Unit 2 Exam Date: 15th May

  • Unit 4 Exam Date: 5th June

Check with your exam centre for confirmation of dates and times.


WJEC Criminology Syllabus Checklist

Here’s a quick checklist to ensure you’ve covered all areas of the course:

Unit 1: Changing Awareness of Crime

  • Types of crime

  • Reasons crimes are unreported

  • Campaigns for change

Unit 2: Criminological Theories

  • The social construction of criminality

  • Biological theories of crime

  • Individualistic theories of crime

  • Sociological theories of crime

  • Policies for crime prevention

Unit 3: Crime Scene to Courtroom (Internally assessed)

  • Processes in criminal investigations

  • Evidence collection and preservation

  • The trial process

  • The roles of personnel involved in criminal cases

Unit 4: Crime and Punishment

  • Law-making processes

  • Models of criminal justice

  • Forms of punishment

  • Evaluating the effectiveness of punishment

Tick off topics as you study to ensure comprehensive coverage.


WJEC Criminology Practice Papers

Practising past papers is one of the best ways to prepare for your exams. These simulate real exam conditions and help you get comfortable with question styles and time constraints.

  • Where to Find Them:

    • WJEC website

    • Online learning platforms like Primrose Kitten Academy

    • Revision guides and workbooks

  • Benefits of Practice Papers:

    • Improve time management

    • Identify strengths and weaknesses

    • Familiarise yourself with mark schemes and how to maximise your scores

For the best results, review your answers with a mark scheme and seek feedback to improve.


Final Thoughts

WJEC Level 3 Criminology is a fascinating and rewarding course, but success depends on consistent effort and smart revision. Remember to stay organised, take regular breaks, and prioritise your mental health.

Good luck! You’ve got this! 🌟

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AQA | A-Level Psychology | 2025 predictions

Jen - Primrose Kitten

Scroll down to find our detailed predictions 🫶

Whether you're aiming for top grades or just looking to boost your confidence, our predicted papers give you the exam practice you need, complete with mark schemes and expert guidance.

For Paper 3 – Issues and Options in Psychology – there are questions and walkthroughs for ALL of the optional topics. We’ve not limited it to just a selection or the most popular like some revision resources do. WHICHEVER 3 topics you have prepared for and been taught, there will be questions and support for you!  

Why Our Predicted Papers Are a Game-Changer

Our predicted papers are carefully designed by experienced teachers and examiners to help you prepare effectively. Here’s why they’re an essential part of your revision:

✅ Exam-Style Questions – Structured just like your real exams to help you practise under exam conditions.
✅ Mark Schemes Included – Learn exactly how marks are awarded so you can refine your technique.
✅ Free Video Walkthroughs – Get expert guidance on how to structure high-scoring answers and avoid common mistakes.
✅ Instant Digital Delivery – Download, print, and start revising straight away!

Our A-Level Psychology Masterclasses are designed to give students the ultimate exam preparation experience. With twice-weekly live sessions, we focus on exam-style questions, key theories, and high-level evaluation skills to help students maximise their marks. Each session is tailored to the demands of AQA Psychology, covering everything from research methods and biopsychology to key debates and approaches. We break down past paper questions, examiner expectations, and top-mark responses, so students can develop confidence, accuracy, and speed in their answers. Whether you need help structuring 16-mark essays or tackling tricky application questions, our masterclasses provide expert guidance, interactive learning, and real-time feedback to ensure you walk into your exams fully prepared.

This year we’re back with our predicted AQA A Level Psychology papers and video walkthroughs!

Laura, my Head of Psychology has looked at the trends and patterns that have come up in the past. She’s done an analysis of the topics and questions that have appeared in previous exam seasons and has used this to write Psychology predicted papers for this year.

Table of Contents

AQA A-Level Psychology – Paper 1

Please remember to revise everything as these are just predictions. We don’t have any additional information or know anything in advance of the exams - we have not seen the real papers!

We know for Paper 1 – Introductory Topics in Psychology – there are four sections in the paper – Social Influence, Memory, Attachment and Psychopathology and we’ll go through each of these topics in this video.

Social Influence

Resistance to Social Influence – Locus of Control:

  • Understand the concept of locus of control, which relates to whether individuals believe they have control over their lives. Those with an internal locus of control believe their actions influence outcomes, while those with an external locus attribute outcomes to external factors like luck or fate.

  • Be prepared to explain how individuals with an internal locus of control are more likely to resist social pressures to conform or obey, as they feel more responsible for their actions.

  • Evaluate the concept by considering research support and limitations, such as the oversimplification of individual differences and other factors that might affect resistance.

     

Social Influence Processes in Social Change:

  • Focus on how minority influence, conformity, and obedience contribute to social change. Minority influence occurs when a smaller group convinces the majority to adopt their views through consistency and commitment.

  • Explore examples of social change, like the civil rights movement, showing how minorities can lead to significant societal shifts. Understand how conformity to social norms and disobedience can also drive social change.

  • Evaluate these processes by discussing the effectiveness of minority influence and the complex social dynamics that impact conformity and obedience.

Memory

Multi-Store Model and Working Memory Model of Memory:

  • Understand the multi-store model (MSM), which includes the sensory register, short-term memory (STM), and long-term memory (LTM). Know the characteristics of each store, including capacity, duration, and encoding, and how information flows between them.

  • Learn about the working memory model (WMM) by Baddeley and Hitch, which views STM as more complex, consisting of the central executive, phonological loop, visuospatial sketchpad, and episodic buffer.

  • Evaluate both models by discussing strengths, such as empirical support and practical applications, while acknowledging limitations like the MSM’s oversimplified view of LTM and the challenges in testing the WMM’s central executive.

Cognitive Interview for Eyewitness Testimony:

  • Understand the cognitive interview (CI) technique, which improves the accuracy of eyewitness testimony. The key elements include context reinstatement, reporting everything, recalling from different perspectives, and recalling in reverse order. The enhanced cognitive interview (ECI) adds features like reducing anxiety and building rapport.

  • Evaluate the CI and ECI by considering research showing improved recall accuracy but also acknowledging practical limitations, such as the time required and the variability in outcomes based on the interviewer’s skill.

     

Attachment

Cultural Variations in Attachment:

  • Focus on research into cultural differences in attachment, especially Van Ijzendoorn’s meta-analysis of the Strange Situation procedure across countries. Their findings showed secure attachment as the most common type globally, but also revealed cross-cultural differences in attachment styles.

  • Evaluate this research by considering how it highlights both universal and culturally specific patterns of attachment. Discuss limitations such as potential ethnocentrism in the methods and the influence of cultural child-rearing practices.

Animal Research on Attachment:

  • Learn about key animal studies, especially Harlow’s research with rhesus monkeys, which demonstrated the importance of comfort and security in attachment formation, over just feeding.

  • Evaluate Harlow’s findings by discussing their contributions to understanding human attachment, as well as ethical concerns about the treatment of animals and the extent to which findings from animal studies can be generalised to human behaviour. 

Psychopathology

Characteristics of Phobias:

  • Be able to describe the emotional, behavioural, and cognitive characteristics of phobias. Emotionally, phobias involve extreme fear and anxiety; behaviourally, they result in avoidance and sometimes panic; cognitively, they involve irrational beliefs or distortions related to the phobic stimulus.

  • Apply this understanding to specific phobias (e.g., arachnophobia) or social phobia, demonstrating how these characteristics interfere with daily life.

Biological Approach to Explaining OCD:

  • Focus on the biological explanations of OCD, including genetic and neural factors. Genetic research suggests OCD has a hereditary component, with higher concordance rates in identical twins. Neural explanations point to abnormalities in brain structures such as the orbitofrontal cortex and neurotransmitter imbalances, particularly involving serotonin.

  • Evaluate these explanations by considering research evidence, such as genetic studies and brain imaging, while discussing limitations like the reductionist view of mental disorders and the role of environmental factors in OCD development.

Drug Therapy for Treating OCD:

  • Learn about the use of drug therapies, particularly selective serotonin reuptake inhibitors (SSRIs), which increase serotonin levels in the brain and are commonly used to treat OCD. Understand how these drugs alleviate symptoms.

Evaluate the effectiveness of drug therapies by discussing their success in reducing symptoms and improving quality of life. However, consider the limitations, such as side effects, the risk of relapse when treatment ends, and the importance of combining medication with psychological therapies for a more holistic approach.

Research Methods:

· Embrace Research Methods Across All The Papers: Recognise that Research Methods content appears in all three exam papers, not just Paper 2. While Paper 2 is where you'll find the main section on Research Methods, it's crucial to understand that research methods knowledge can, and is!, examined across the entire course. Familiarise yourself with examples of research and identify key elements such as aims, hypotheses, variables, control measures, samples used, and data collected. Exposure to different research scenarios will better prepare you for the new piece of research you'll face in this section. Use resources such as our predicted papers and walkthroughs to strengthen your understanding and application of research methods!


AQA A-Level Psychology – Paper 2

We know for Paper 2 – Psychology in Context – there are three sections in the paper – Approaches in Psychology, Biopsychology and Research Methods and we’ll go through each of these topics.

Approaches in Psychology

· Psychodynamic Approach:

  • Ensure you understand the foundational concepts of the psychodynamic approach, such as the structure of the personality (id, ego, superego), the role of unconscious processes, and the significance of early childhood experiences. Be familiar with Freud's theory of psychosexual development, where unresolved conflicts at any stage can lead to fixation and influence adult personality and behaviour.

  • Be prepared to discuss Freud’s case studies, such as Little Hans, which illustrate how unconscious conflicts manifest in behaviour. Understand the Oedipus complex and its relevance to the development of the superego. Additionally, explore defence mechanisms like repression, denial, and projection, which are strategies used by the ego to manage conflict between the id and superego.

  • Evaluate the psychodynamic approach by considering its strengths, such as its influence on psychotherapy and the emphasis on the importance of early experiences. Discuss limitations like the lack of scientific rigour due to the reliance on case studies and the untestable nature of many of Freud’s concepts.

  • Be ready to apply the psychodynamic approach to real-life scenarios, such as understanding the roots of anxiety disorders or relationship issues. For example, how repressed childhood trauma might manifest in adult behaviour or psychological symptoms.

· Humanistic Approach:

  • Focus on the key ideas of the humanistic approach, particularly the concepts of self-actualization, free will, and the importance of subjective experience. Understand Carl Rogers’ theory of the self, including the concepts of self-concept, ideal self, and conditions of worth, as well as Maslow’s hierarchy of needs, which outlines the stages through which individuals must progress to achieve self-actualization.

  • Be prepared to explain Rogers' client-centered therapy and the role of unconditional positive regard in personal growth. Understand the application of Maslow’s hierarchy in various contexts, such as workplace motivation or personal development.

  • Evaluate the humanistic approach by considering its strengths, such as its positive view of human nature and its application in therapeutic settings. Discuss limitations, including its lack of empirical evidence and potential cultural bias towards individualism.

  • Be ready to apply the humanistic approach to scenarios like personal growth, education, or therapy. For example, how an individual’s struggle to achieve self-actualization might influence their motivation or how conditions of worth can impact self-esteem and mental health.

     

· Biological Approach:

  • Ensure you understand the biological approach’s focus on genetics, neurochemistry, and the brain's structure as the basis for behaviour and mental processes. Be familiar with concepts like genetic inheritance, the role of neurotransmitters, and brain localization, which refers to how different areas of the brain are responsible for specific functions.

  • Be prepared to discuss key studies, such as research on the genetic basis of mental disorders (e.g., twin studies on schizophrenia) and the role of neurotransmitters like serotonin in depression. Understand the implications of brain imaging studies that show the relationship between brain structure and behaviour, such as the work of Broca and Wernicke on language production and comprehension.

  • Evaluate the biological approach by considering its strengths, such as its scientific basis and the development of effective biological treatments like medication for mental disorders. Discuss limitations, including its reductionism, which may overlook the role of environment and cognition, and ethical concerns related to genetic research.

  • Be ready to apply the biological approach to scenarios like explaining the development of mental disorders or the impact of brain injury on behaviour. For example, how a genetic predisposition combined with environmental stressors might contribute to the onset of schizophrenia, or how neurotransmitter imbalances can explain symptoms of depression.

     

Biopsychology

· Divisions of the Nervous System: Central and Peripheral

o Ensure you understand the structure and function of the central nervous system (CNS), which consists of the brain and spinal cord, and the peripheral nervous system (PNS), which includes all the nerves outside the CNS.

o Be prepared to discuss the importance of these divisions in understanding how the body and brain interact to control behaviour. Evaluate the complexity of the nervous system, noting how disruptions in different parts of the system can lead to various neurological and psychological conditions.

· The Role of Adrenaline in the Fight or Flight Response

  • Understand how adrenaline, released by the adrenal medulla during a stressful situation, prepares the body for the fight or flight response. This includes physiological changes such as increased heart rate, dilation of pupils, and the redirection of blood flow to essential organs and muscles.

  • Be ready to apply this knowledge to scenarios such as explaining how the body reacts during emergencies or high-stress situations. For example, how adrenaline might enhance physical performance in a dangerous situation but also lead to longer-term stress-related health issues if the response is activated too frequently.

· Role of Neurotransmitters in Synaptic Transmission

  • Focus on the process of synaptic transmission, where neurotransmitters are released from the presynaptic neuron, cross the synaptic cleft, and bind to receptors on the postsynaptic neuron. Key neurotransmitters to understand include serotonin, dopamine, and acetylcholine, each playing crucial roles in mood regulation, reward, and muscle activation, respectively.

     

· Split Brain Research and Evaluation

  • Ensure familiarity with Roger Sperry’s split-brain research, which studied patients who had undergone corpus callosotomy to treat severe epilepsy. Understand how this research provided insights into lateralization of brain function, revealing that the left hemisphere is typically responsible for language and the right for visual-spatial tasks.

  • Evaluate Sperry’s research by discussing its strengths, such as providing clear evidence for the lateralization of brain functions, and limitations, such as the small sample size and the fact that split-brain patients may not be representative of the general population. Consider the ethical implications of the research as well.

· fMRIs as a Method of Studying the Brain

  • Understand how functional Magnetic Resonance Imaging (fMRI) works by measuring brain activity through changes in blood flow. This technique allows researchers to see which areas of the brain are active during specific tasks, providing a non-invasive way to study brain function in real-time.

  • Be prepared to discuss the strengths of fMRI, such as its high spatial resolution and ability to provide dynamic images of brain activity. Also, consider the limitations, including its high cost, the need for participants to remain still, and the fact that it only shows correlations between brain activity and behaviour, not causation. Evaluate the ecological validity of findings from fMRI studies, given the artificial environment in which data is collected.

     

Research Methods

· Embrace Research Methods Across All The Papers: Recognise that Research Methods content appears in all three exam papers, not just Paper 2. While Paper 2 is where you'll find the main section on Research Methods, it's crucial to understand that research methods knowledge can, and is!, examined across the entire course. Familiarise yourself with examples of research and identify key elements such as aims, hypotheses, variables, control measures, samples used, and data collected. Exposure to different research scenarios will better prepare you for the new piece of research you'll face in this section.

· 12 Mark Design a Study Questions

o Be prepared to design a study that addresses a specific research question. This might include selecting an appropriate research method (e.g., experiment, observation, self-report), deciding on the type of data to collect (qualitative or quantitative), and considering how to operationalize variables. Ensure you can justify your choices, explaining why a particular method or design is suitable for the research question at hand.

o Review past paper questions and our predicted papers to help anticipate the types of study design questions that may come up. Practice writing out detailed study designs that incorporate all necessary elements—method, data collection, ethics, and design—within the context of different psychological research areas. This practice will help you structure your answers clearly and concisely during the exam

· Use resources such as our predicted papers and walkthroughs to strengthen your understanding and application of research methods!


AQA A-Level Psychology – Paper 3

Please remember to revise everything as these are just predictions. We don’t have any additional information or know anything in advance of the exams - we have not seen the real papers!

We know for Paper 3 – Issues and Options in Psychology – there are four sections in the paper that you need to complete – Issues and Debates (everyone will answer this section) and then the three optional topics that you have studied. DO NOT attempt to answer questions from a topic that you have not studied. We’ll go through each of these topics in this video.

You can use the timestamps in the description to jump to the section you’re interested in or you can just sit back and listen.

Section A: Issues and Debates in Psychology – Remember, everyone will answer the questions in this section!

Determinism:

  • Understand the debate between determinism, which argues that behaviour is controlled by internal or external forces, and free will.

  • Evaluate determinism by discussing its strengths, such as its contribution to scientific psychology by allowing for predictions and control, as seen in drug therapies for mental disorders. However, also consider limitations, such as the ethical implications of denying personal responsibility and the reduction of complex behaviours to simple causes.

Reductionism:

  • Reductionism breaks down complex behaviour into its simplest parts. This can be seen in biological reductionism (e.g., reducing mental illness to neurotransmitter imbalances) and environmental reductionism (e.g., explaining phobias through classical conditioning).

  • Be prepared to evaluate reductionism, noting its strength in producing effective treatments like SSRIs for OCD, but also criticise it for oversimplifying behaviour, neglecting the interaction between different influences, and reducing psychological phenomena to a purely biological or behavioural level.

Nature vs Nurture:

  • Understand the nature vs nurture debate, which examines whether genetics (nature) or environment (nurture) has a greater influence on behaviour. Twin studies are often used to support the genetic argument, while behaviourist theories, such as Bandura’s social learning theory, highlight the role of nurture.

  • Evaluate this debate by considering the strengths of genetic research in understanding heritability but also acknowledging the complexity of interactions between genes and the environment (the diathesis-stress model).

Socially Sensitive Research:

  • Socially sensitive research refers to studies that could have social consequences, especially for participants or groups involved. Examples include research on intelligence and race or genetic predispositions to criminal behaviour.

Nomothetic Approaches:

  • Nomothetic approaches seek to establish general laws of behaviour by studying large groups, as seen in cognitive psychology and behaviourism.

  • Evaluate this approach by discussing its strength in creating objective, scientific findings but also criticise it for lacking depth and failing to account for individual differences. Contrast it with idiographic approaches, which focus on in-depth case studies.

     

Section B: Relationships, Gender and Cognition and Development – remember, you just selection one of the options, and then answer ALL of the questions within that option. Do not attempt to answer questions on a topic that you have not studied – you will not have enough knowledge or detail to be successful!

Section B: Option 1: Relationships

Absence of Gating in Virtual Relationships:

  • Understand the concept of gating, where certain physical or social factors inhibit relationships forming in face-to-face interactions. In virtual relationships, these ‘gates’ are absent, allowing individuals to disclose more personal information and form connections more easily.

  • Be ready to evaluate this concept with research, such as McKenna and Bargh’s findings on the strength of online relationships. Criticise it by discussing issues like deception and the potential lack of genuine interaction in virtual spaces.

Attachment Theory Explanation of Parasocial Relationships:

  • Apply Bowlby’s attachment theory to explain why individuals form parasocial relationships (one-sided relationships with celebrities or fictional characters). Those with insecure attachment types, particularly avoidant or anxious attachment styles, are more likely to form parasocial bonds as a way to avoid the rejection found in real-life relationships.

  • Evaluate this explanation by considering research supporting the link between attachment styles and parasocial relationships but also discuss limitations, such as the over-reliance on attachment theory to explain all forms of parasocial behaviour.

Equity Theory of Romantic Relationships:

  • Equity theory suggests that individuals are happiest in relationships where there is a balance of contributions and rewards. Inequity, where one partner feels they give more than they receive, can lead to dissatisfaction.

  • Be prepared to evaluate equity theory by discussing its practical application in relationship counselling but also criticise it for not accounting for cultural differences or individual variations in the perception of equity.

     

Section B: Option 2: Gender

Turner’s Syndrome:

  • Understand Turner’s syndrome, a chromosomal disorder where females have only one X chromosome. This condition can affect physical development and behaviour, including characteristics such as short stature and difficulty with spatial tasks.

Psychodynamic Explanation of Gender Development:

  • Be familiar with Freud’s psychodynamic explanation, particularly the Oedipus and Electra complexes, which suggest that gender identity is formed during the phallic stage (around ages 3-6) as a result of resolving unconscious conflicts with the same-sex parent.

  • Evaluate this explanation by discussing its historical significance and the insights it provides into gender development. However, criticise it for its lack of empirical support, the overemphasis on unconscious processes, and the outdated focus on traditional family structures.

Social Explanations for Gender Dysphoria:

  • Social explanations for gender dysphoria focus on the role of societal and environmental factors, such as childhood experiences, in influencing feelings of gender incongruence. Examples include social reinforcement of gendered behaviours or childhood trauma.

  • Be ready to evaluate these explanations by considering evidence from case studies and how social and cultural expectations of gender can contribute to dysphoria. Criticise these approaches for overlooking biological factors and failing to explain the experiences of all individuals with gender dysphoria.

Section B: Option 3: Cognition and Development

Class Inclusion:

  • Understand Piaget’s concept of class inclusion, which is the ability to understand that objects can belong to multiple categories simultaneously. This cognitive ability usually develops during the concrete operational stage (around age 7).

  • Be prepared to evaluate Piaget’s research on class inclusion by considering studies that support his stages of development but also discuss alternative views, such as Vygotsky’s emphasis on social interaction in cognitive development.

Theory of Mind:

  • Theory of Mind (ToM) refers to the ability to understand that others have beliefs, desires, and perspectives that are different from one’s own. This concept is often studied in the context of autism, where individuals may struggle to develop ToM.

  • Evaluate research into ToM, such as Baron-Cohen’s work with the Sally-Anne task, by discussing its significance in understanding social cognition but also criticise it for the difficulty in measuring ToM and the variability in development among children.

Baillargeon’s Explanation of Early Infant Abilities:

  • Baillargeon challenged Piaget’s view that infants lack object permanence before 8 months, using more sensitive measures such as the violation-of-expectation paradigm. Her research shows that even young infants understand object permanence, suggesting more advanced cognitive abilities than Piaget proposed.

  • Evaluate Baillargeon’s work by considering its methodological strengths and how it challenges traditional developmental theories. However, discuss limitations such as the assumption that infants’ gaze reflects complex cognitive processes.

Section C: Schizophrenia, Eating Behaviour and Stress – remember, you just selection one of the options, and then answer ALL of the questions within that option. Do not attempt to answer questions on a topic that you have not studied – you will not have enough knowledge or detail to be successful!

 

Section C: Option 1: Schizophrenia:

  • Interactionist Approach: Understand how both biological factors (e.g., genetics, dopamine hypothesis) and environmental influences (e.g., stress, family dysfunction) combine to explain schizophrenia. This model explains how genetic predisposition can be triggered by environmental stressors.

  • Reliability and Validity in Diagnosis and Classification: Be prepared to evaluate the reliability (consistency) and validity (accuracy) of diagnosing schizophrenia. Issues include inter-rater reliability, where clinicians may disagree on diagnoses, and validity concerns such as symptom overlap with other disorders, including bipolar disorder.

Section C: Option 2: Eating Behaviour:

  • Genetic Explanations of Obesity: Focus on how genetic factors, such as the role of the FTO gene, contribute to obesity. Twin and adoption studies often demonstrate a heritable component, but it’s important to evaluate the role of environment, such as lifestyle and diet.

  • Success and Failure of Dieting: Understand psychological factors that contribute to why some diets succeed and others fail. Theories like the restraint theory explain how attempting to restrict food can paradoxically lead to overeating. Success is often associated with factors like realistic goal-setting and long-term behavioural change.

     

Section C: Option 3: Stress

· Individual Differences: Recognise that stress responses vary significantly between individuals due to genetic, psychological, and social factors. For example, personality traits, such as Type A behaviour, are associated with higher stress levels and a greater risk of heart disease. In contrast, individuals with a Type B personality may be more relaxed and less prone to stress.

Section D: Aggression, Forensic Psychology, and Addiction – remember, you just selection one of the options, and then answer ALL of the questions within that option. Do not attempt to answer questions on a topic that you have not studied – you will not have enough knowledge or detail to be successful!

Section D: Option 1: Aggression:

  • Impact of Media on Aggression: Study how media exposure, particularly violent video games and TV shows, can influence aggressive behaviour. Research, such as Bandura’s social learning theory, suggests that aggression can be learned through observation and imitation. However, this is contrasted by the catharsis theory, which argues that watching aggressive media might reduce the likelihood of aggressive behaviour by allowing a safe outlet for emotions. Evaluate the debate surrounding media violence, especially regarding its real-world impact versus experimental findings.

Section D: Option 2: Forensic Psychology:

  • Top-Down Approach to Offender Profiling: Understand how the top-down approach is used in profiling serious offenders like serial killers. This approach involves categorising criminals into ‘organised’ or ‘disorganised’ based on crime scene analysis, as developed by the FBI. Be prepared to critique this method by considering its reliance on intuition rather than empirical evidence, as well as its limited application to non-violent crimes and varying crime types.

Section D: Option 3: Addiction:

  • Cognitive Theory of Gambling Addiction: The cognitive theory explains gambling addiction as driven by cognitive distortions, such as the ‘gambler’s fallacy’—the belief that past losses will influence future wins. Be prepared to discuss research supporting this, such as Griffiths’ study on fruit machine gamblers. Evaluate the cognitive theory by considering its explanatory power, alongside critiques that it may overlook biological and social factors that contribute to gambling addiction.


    Research Methods:

· Embrace Research Methods Across All The Papers: Recognise that Research Methods content appears in all three exam papers, not just Paper 2. While Paper 2 is where you'll find the main section on Research Methods, it's crucial to understand that research methods knowledge can, and is!, examined across the entire course. Familiarise yourself with examples of research and identify key elements such as aims, hypotheses, variables, control measures, samples used, and data collected. Exposure to different research scenarios will better prepare you for the new piece of research you'll face in this section. Use resources such as our predicted papers and walkthroughs to strengthen your understanding and application of research methods!


AQA AS Level Psychology – Paper 1

Please remember to revise everything as these are just predictions. We don’t have any additional information or know anything in advance of the exams - we have not seen the real papers!

We know for Paper 1 – Introductory Topics in Psychology – there are three sections in the paper – Social Influence, Memory and Attachment and we’ll go through each of these topics in this video.

You can use the timestamps in the description to jump to the section you’re interested in or you can just sit back and listen.

Section A: Social Influence

Explanations of Obedience – Legitimacy of Authority: Understand that legitimacy of authority refers to the perception that certain individuals hold positions of social control or power, which gives them the right to expect obedience. This perception is influenced by factors like social roles, cultural norms, and situational contexts, such as the presence of a uniform or formal setting.

Be prepared to explain how legitimacy of authority can explain obedience in real-world situations, such as obedience to law enforcement or authority figures.

Evaluate by considering research support (e.g., Milgram’s study) and the role of situational factors that might challenge the idea that obedience is purely due to authority legitimacy.

Social Support as an Explanation of Resistance to Social Influence:

Social support refers to the presence of others who resist social pressure, making it easier for an individual to also resist. This can occur in the context of resisting both conformity and obedience, as having an ally strengthens confidence in one’s own decisions.

Understand how social support was demonstrated in Asch’s conformity studies, where the presence of a dissenting confederate reduced conformity rates.

Evaluate by discussing the strength of social support in promoting resistance and the limitations, such as situational dependency and the varying impact of allies in different scenarios.

Section B: Memory

Multi-Store Model of Memory: The multi-store model (MSM) proposes that memory consists of three separate stores: the sensory register, short-term memory (STM), and long-term memory (LTM). Information flows between these stores, with attention, rehearsal, and encoding playing crucial roles. Be prepared to describe the characteristics of each store, such as capacity, duration, and encoding.

Evaluate by discussing the simplicity of the model and its empirical support (e.g., studies on capacity), while addressing criticisms such as the oversimplification of LTM and the rigid linear process.

Types of Long-Term Memory: Know the three types of LTM: episodic (memory of events), semantic (knowledge of facts), and procedural (skills and actions). Each type is stored and retrieved differently.

Be prepared to apply these concepts to examples, such as distinguishing between recalling a personal experience (episodic) and knowing how to ride a bike (procedural).

Evaluate by discussing evidence from case studies (e.g., HM) and brain scans, which show different brain areas are involved in different types of LTM.

The Cognitive Interview: Understand the cognitive interview (CI), a method designed to enhance the accuracy of eyewitness testimony by using techniques such as context reinstatement, reporting everything, and changing perspectives.

Evaluate the effectiveness of CI by considering research showing improved recall, while discussing limitations such as the time-consuming nature of the process and the need for well-trained interviewers.

Leading Questions and Their Impact on Accuracy of EWT: Leading questions are questions that suggest a certain answer and can influence the accuracy of eyewitness testimony (EWT). Loftus and Palmer’s research showed that wording could distort memory recall, particularly in estimating speed in a car crash.

Evaluate by considering the practical implications for legal procedures, as well as the limitations of artificial laboratory settings in studying real-life memory recall.

Section C: Attachment

Reciprocity and Interactional Synchrony: Be prepared to explain these concepts with examples, such as a caregiver smiling in response to an infant’s smile, demonstrating emotional connection.

Lorenz’s Animal Study of Attachment: Lorenz’s research with goslings demonstrated the process of imprinting, where young animals form an attachment to the first moving object they see. He found that this attachment is formed during a critical period and is irreversible.

Evaluate the study by discussing its contributions to attachment theory while acknowledging the limitations of generalising findings from animal studies to human behaviour.

Impact of Internal Working Model on Adult Relationships: • The internal working model, developed from early attachment experiences, shapes expectations and behaviours in adult relationships. Securely attached individuals typically form healthy, trusting relationships, while insecure attachment can lead to difficulties in intimacy or trust.

Evaluate by considering supporting research (e.g., Hazan and Shaver’s "love quiz") and addressing criticisms, such as the reductionist nature of attributing adult relationships solely to early attachment experiences.


Research Methods:

· Embrace Research Methods Across All The Papers: Recognise that Research Methods content appears in both exam papers, not just Paper 2. While Paper 2 is where you'll find the main section on Research Methods, it's crucial to understand that research methods knowledge can, and is!, examined across the entire course. Familiarise yourself with examples of research and identify key elements such as aims, hypotheses, variables, control measures, samples used, and data collected. Exposure to different research scenarios will better prepare you for the new piece of research you'll face in this section. Use resources such as our predicted papers and walkthroughs to strengthen your understanding and application of research methods!


AQA AS Level Psychology – Paper 2

Please remember to revise everything as these are just predictions. We don’t have any additional information or know anything in advance of the exams - we have not seen the real papers!

We know for Paper 2 – Psychology in Context – there are three sections in the paper – Approaches in Psychology, Psychopathology and Research Methods and we’ll go through each of these topics in this video.

You can use the timestamps in the description to jump to the section you’re interested in or you can just sit back and listen.

Section A: Approaches in Psychology

Fight or Flight Response:
Be prepared to explain the physiological process that occurs during the fight or flight response, which involves activation of the sympathetic nervous system. You should understand the role of adrenaline in increasing heart rate, blood pressure, and glucose availability for immediate energy.

Nervous System (Central and Peripheral):
Understand the structure and function of the central nervous system (CNS), which includes the brain and spinal cord, and the peripheral nervous system (PNS), which consists of the somatic and autonomic systems.

Be prepared to apply knowledge of these systems to explain how they interact to coordinate behaviour and physiological responses.

Endocrine System (Hormones and Glands):
You should be able to describe the role of the endocrine system, which consists of glands that release hormones into the bloodstream to regulate bodily functions. Focus on examples like the adrenal glands (producing cortisol and adrenaline), and the pituitary gland (the "master gland" controlling other glands). Discuss how hormones influence behaviours such as stress and aggression.

Emergence of Psychology as a Science:
Understand the historical development of psychology, including the influence of behaviourism, cognitive psychology, and biological psychology. Be prepared to explain how the use of scientific methods, such as controlled experiments and replication, helped establish psychology as a credible science.

Evaluate by considering the strengths of using scientific methods, such as objectivity and empirical support, alongside criticisms like the reductionist nature of certain approaches.

Section B: Psychopathology

Definitions of Abnormality – Deviation from Ideal Mental Health Definition:

Know the key criteria for deviation from ideal mental health as outlined by Jahoda (1958), including self-actualisation, autonomy, and resistance to stress. Be ready to explain how an individual who does not meet these criteria may be considered abnormal.

Evaluate by discussing the subjective nature of these criteria and the cultural bias that may affect the perception of mental health standards.

Characteristics of Phobias:
Understand the emotional, behavioural, and cognitive characteristics of phobias. Emotionally, phobias involve intense fear and anxiety. Behaviourally, they lead to avoidance of the phobic stimulus, and cognitively, individuals may experience irrational beliefs or distorted thinking related to the phobia.

Be prepared to apply these characteristics to specific examples of phobias.

Systematic Desensitisation as a Treatment for Phobias:
Systematic desensitisation involves gradual exposure to the phobic stimulus while using relaxation techniques to reduce anxiety. Understand how this treatment works through counterconditioning and the use of an anxiety hierarchy.

Evaluate its effectiveness by considering research supporting its success in treating specific phobias, while noting limitations such as its lessened effectiveness for complex phobias.

Cognitive Explanations for Depression – Beck’s Negative Triad:
Be familiar with Beck’s theory, which suggests that depression is maintained by negative views of the self, the world, and the future (the negative triad). These negative thoughts are often automatic and distort reality.

Evaluate Beck’s theory by considering its empirical support, such as the use of cognitive-behavioural therapy (CBT) to treat depression, while also noting criticisms, including the focus on cognition over environmental factors in the development of depression.


Section C: Research Methods

· Embrace Research Methods Across All The Papers: Recognise that Research Methods content appears in both exam papers, not just Paper 2. While Paper 2 is where you'll find the main section on Research Methods, it's crucial to understand that research methods knowledge can, and is!, examined across the entire course. Familiarise yourself with examples of research and identify key elements such as aims, hypotheses, variables, control measures, samples used, and data collected. Exposure to different research scenarios will better prepare you for the new piece of research you'll face in this section. Use resources such as our predicted papers and walkthroughs to strengthen your understanding and application of research methods!

· 6 Mark Design a Study Questions

o Be prepared to design a study that addresses a specific research question. This might include selecting an appropriate research method (e.g., experiment, observation, self-report), deciding on the type of data to collect (qualitative or quantitative), and considering how to operationalize variables. Ensure you can justify your choices, explaining why a particular method or design is suitable for the research question at hand.

o Review past paper questions and our predicted papers to help anticipate the types of study design questions that may come up. Practice writing out detailed study designs that incorporate all necessary elements—method, data collection, ethics, and design—within the context of different psychological research areas. This practice will help you structure your answers clearly and concisely during the exam

· Use resources such as our predicted papers and walkthroughs to strengthen your understanding and application of research methods!



 

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