2026 AQA GCSE Physics Predictions

Hello, superstars! 🌟 The 2026 exam season is fast approaching, and we know exactly how you’re feeling. It’s a mix of "I've got this!" and "Wait, what is a transformer again?" 🤯 Don't worry—we are here to support you every step of the way with a healthy dose of physics and plenty of encouragement. 🌈

A Quick Reminder: Before we dive into our 2026 predictions, remember that these are based on our expert analysis of past trends and the AQA specification. Because we haven't seen the actual papers yet (no crystal balls here! 🔮), it is absolutely vital that you review the entire specification. Don't skip any topics!

Need a boost? Check out our Happy Customers page to see over 1,000 5-star reviews from students who smashed their exams with our help! ⭐⭐⭐⭐⭐

Table of Contents

• Higher Tier Separate Science 🚀 2026 AQA GCSE Phys …

• Higher Tier Combined Science 🚀 2026 AQA GCSE Phys …

• Foundation Tier Combined Science 🚀 2026 AQA GCSE …

• Foundation Tier Separate Science 🚀 2026 AQA GCSE …

Higher Tier Separate Science 🚀 2026 AQA GCSE Physics Predictions

⚛️ Atoms and Density

Everything is made of atoms! You need to know the structure (protons, neutrons, and electrons) and how to calculate density

For Higher Tier, be prepared to describe the required practical for finding the density of irregular objects using a displacement (eureka) can. 💧

🔋 Energy Transfers

Energy isn't created or destroyed; it's just shifted!

• Energy Stores: Kinetic, Gravitational Potential, and Elastic Potential.

• Conservation of Energy: Identifying where energy goes in a system.

🔌 The National Grid

This is a classic exam favourite! You must explain how the National Grid transfers electricity efficiently across the UK.

• Step-up Transformers: Increase potential difference to reduce current, which reduces energy loss through heating in the cables. 📈

• Step-down Transformers: Decrease potential difference to safe levels (230V) for our homes. 🏠

🌡️ Thermal Conductivity

This is all about how quickly energy moves through a material.

• Materials with high thermal conductivity (like metals) transfer energy quickly.

• For your exam, understand how the thickness and thermal conductivity of walls affect the cooling rate of a building. 🧱

☢️ Radiation (Nuclear & Electromagnetic)

Radiation appears in two main ways. For Nuclear Radiation, you must know your Alpha, Beta, and Gamma particles, including their penetrating power and ionising ability. ⚛️

For EM Waves, focus on how different surfaces absorb or emit infrared radiation, this links back to your required practicals!

⚡ Electricity & Static Electricity

Electricity is often the "big" question on Paper 1.

• Electricity: Master your equations! Understand the difference between series and parallel circuits. 💡

• Static Electricity: Since this is the Separate Science Physics paper, be ready to explain how insulators become charged by friction (transfer of electrons) and the concept of electric fields surrounding charged objects. ⚡

💨 Gases and Pressure

In the Higher Tier, you need to understand Boyle's Law: for a fixed mass of gas at a constant temperature, pressure and volume are inversely proportional. 🎈 Also, remember that doing work on a gas (like pumping a bike tyre) increases its internal energy and can cause its temperature to rise!

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Want to see exactly how these topics might look on your 2026 paper? We’ve got you covered!

• Download Our Predicted Papers: Get ahead of the game by practising with questions designed to mirror the real thing. 📝 How Accurate Are Predicted Papers?

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• Retrieval Quizzes: Test your memory and identify your gaps. 🧠

Curious about our process? Read How do we write our Predicted Papers? to see the science behind our predictions. 🔬

📝 AQA Physics (8463) Exam Structure

Remember, you are sitting two papers for your GCSE Physics qualification. Each one is equally important!

Top Tip: Paper 2 often "draws on" knowledge from Paper 1 (especially energy transfers), so don't "delete" that info from your brain after the first exam! 🧠🚫

You’ve worked so hard, and you’re going to be amazing. Take breaks, drink water, and remember that you are more than a grade! 💖

Higher Tier Combined Science 🚀 2026 AQA GCSE Physics Trilogy Predictions

⚛️ Atoms and Density

Everything starts with the atom! You’ll need to be confident with the nuclear model: a tiny, positive nucleus (protons and neutrons) surrounded by negative electrons in shells. 🧪

For Density, remember it’s all about how much mass is packed into a space. For the Higher Tier, be ready to explain the "Required Practical" for finding the density of irregular objects using a displacement can (Eureka can)! 💧

🔋 Energy Transfers

Energy is the "currency" of physics—it can be stored or transferred, but never destroyed! 💰 You need to know your stores (Kinetic, Gravitational Potential, Elastic Potential, and Thermal) and the pathways that move energy between them (Mechanical, Electrical, Heating, and Radiation).

• Higher Tier Tip: Be ready to describe energy transfers in a closed system, where the total energy stays exactly the same! 🔄

🏗️ The National Grid

The National Grid is the system that carries electricity across the UK. 🇬🇧 To keep things efficient and stop wires from melting, we use Transformers:

• Step-up Transformers: Increase potential difference and decrease current, which reduces energy loss through heating in the cables. 📈

• Step-down Transformers: Decrease the potential difference to a safe 230V for our homes. 🏠

🌍 Energy Resources

This is all about how we power our world. You’ll need to compare Renewable (wind, solar, tidal) and Non-renewable (fossil fuels, nuclear) resources. 🌬️☀️ Focus on the environmental impacts, reliability, and the shift towards "greener" energy to meet global demand.

☢️ Radiation

Atoms with unstable nuclei spit out radiation to become stable. You must know your three types:

1. Alpha: Strongly ionising but easily stopped by paper. 📄

2. Beta: Moderately ionising, stopped by aluminium. 🔋

3. Gamma: Weakly ionising but highly penetrating, stopped by thick lead. 🛡️

• Higher Tier Tip: Practice your nuclear decay equations—they are a classic way to pick up marks!

⚡ Electricity

Charge flow is the name of the game here. 🎮 You need to understand Series and Parallel circuits.

• In Series, current is the same everywhere. ⛓️

• In Parallel, the total current is the sum of the currents through the separate branches. 🌳

• Don't forget I-V Characteristics (the graphs for resistors, filament lamps, and diodes) and how resistance changes with temperature in a thermistor! 🌡️

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We want you to feel invincible on exam day! 💪 Here’s how you can supercharge your prep:

• Download Our Predicted Papers: Practice with questions designed to feel like the real 2026 exams. 📝 How Accurate Are Predicted Papers?

• Unlimited Free Notes: Deep-dive into every topic with our easy-to-read guides. 📖

• Retrieval Quizzes: The fastest way to see what’s sticking and what needs more work. 🧠

• Free Video Walkthroughs: These are a game-changer! We show you how to interpret the questions and exactly how to lay out your answers so examiners can give you all the marks. 🎥

Wondering how we do it? Read How do we write our Predicted Papers? to see the methodology behind the magic. 🔬 Our resources have over 1,000 5-star reviews—join the thousands of happy students who’ve already smashed their goals! Read our reviews here. ⭐⭐⭐⭐⭐

📝 AQA Combined Science (8464) Physics Exam Structure

Since you are doing Combined Science (Trilogy), you will sit two Physics papers. Both contribute to your double grade! ✌️

Breakdown of Questions:

Expect a mix of multiple-choice, structured, closed short-answer, and open-response questions. Higher Tier papers will also include more complex multi-step calculations and questions on the "HT only" parts of the specification. 🧮

You’ve got the brains, you’ve got the tools, and you’ve definitely got this! Remember to take deep breaths and keep things in perspective—you are doing great. 🌈✨

Foundation Tier Combined Science 🚀 2026 AQA GCSE Physics Trilogy Predictions

⚛️ Atoms and Density

Everything in the world is made of tiny building blocks called atoms. Atoms have a centre called a nucleus (made of protons and neutrons) with tiny electrons zooming around the outside.

Density is just a way of describing how "heavy" an object is for its size. If you have a block of wood and a block of lead that are the exact same size, the lead is more dense because its particles are packed together much more tightly! 🧱

🔋 Energy Transfers

Energy is what makes things happen! It can't be created or destroyed, it just moves from one "store" to another. Think of a battery-powered toy car:

• Energy starts in the chemical store of the battery. 🔋

• It moves to the kinetic (movement) store of the car. 🏎️

• Some energy is "wasted" as heat and sound. 🔊

🏗️ The National Grid

The National Grid is the massive system of wires and pylons that carries electricity from power stations to your house. 🏡 To make this work safely and efficiently, it uses transformers:

• Step-up transformers make the voltage really high so electricity can travel long distances through cables without losing too much energy as heat.

• Step-down transformers bring the voltage back down to a safe level so you can plug in your TV without it blowing up! 📺

🌍 Energy Resources

This is all about how we "make" electricity to power the world. You need to know the difference between:

• Renewable Resources: These won't run out (like wind, solar, and water). 🌬️☀️

• Non-renewable Resources: These will eventually run out (like coal, oil, and gas). ⛽

  Think about the pros and cons—for example, wind turbines are clean, but they only work when it's windy!

☢️ Radiation

Radiation is just energy or particles being given off by atoms that are a bit "unstable." There are three main types you need to recognise:

1. Alpha: Big and heavy, but can be stopped by a simple piece of paper. 📄

2. Beta: Faster and smaller, stopped by a thin sheet of aluminium.

3. Gamma: These are waves, not particles, and they need thick lead to stop them. 🛡️

⚡ Electricity

This is the flow of tiny particles called electrons around a circuit. 💡

• Series Circuits: Everything is in one big loop. If one bulb breaks, they all go out! ❌

• Parallel Circuits: The electricity has different branches it can take. If one bulb breaks, the others stay on—this is how the lights in your house work! 🏠

✨ Power Up Your Revision!

We want you to feel super confident when you walk into that exam hall. We’ve put together some amazing tools to help you get there:

• Download our Predicted Papers: Get a feel for the 2026 exam style before the big day! 📝 How Accurate Are Predicted Papers?

• Unlimited Free Notes: All the facts you need, explained in plain English. 📖

• Retrieval Quizzes: The fun way to test what you’ve remembered! 🧠

• Free Video Walkthroughs: We don't just give you the answers; we show you how to read the question so you don't get tricked, and how to write your answer so the examiner can give you the marks! 🎥

Curious about how we make our guesses? Read How do we write our Predicted Papers? to see the work that goes on behind the scenes. 🔬 We’ve helped thousands of students succeed—check out our 1,000+ 5-star reviews on our Happy Customers page! ⭐⭐⭐⭐⭐

📝 AQA Combined Science (8464) Exam Structure

Knowing what to expect can really help with those exam jitters. Here is the breakdown for your Physics papers:

What the paper looks like:

• Multiple Choice: Tick the right box! ✅

• Short Answer: Usually worth 1 or 2 marks.

• Structured Questions: These follow a theme and get slightly harder as they go.

• 6-Mark Questions: These ask you to describe an experiment or explain a process in more detail.

You are doing so well, and we are so proud of the effort you're putting in. Keep going, take those breaks, and remember: you are more than just a grade! 💖✨

Foundation Tier Separate Science 🚀 2026 AQA GCSE Physics Predictions

⚛️ Atoms and Density

Everything around you is made of tiny particles called atoms. Atoms have a centre called a nucleus (made of protons and neutrons) with even tinier electrons zooming around the outside.

Density is just a measure of how "tightly packed" the stuff in an object is. If you have two boxes of the same size, but one is much heavier, that one is more dense!

🔋 Energy Transfers

Energy is the "fuel" that makes things happen. It can't be destroyed, it just moves from one place to another. Think of a battery powering a torch: energy moves from a chemical store in the battery to a light and heat store in the bulb. 🔦 Remember to take breaks to recharge your own energy stores too! 🍏

🏗️ The National Grid

This is the giant system of cables and pylons that brings electricity from power stations to your home. 🏡 It uses transformers to change the voltage. A "step-up" transformer makes the voltage huge so electricity can travel long distances without wasting energy as heat. A "step-down" transformer makes it safe for your kettle and phone charger.

🌡️ Thermal Conductivity

This is a fancy way of saying "how well does heat travel through this?" ☕ Metals are great at it (they have high thermal conductivity), which is why we use them for pans. Materials like wool or foam are bad at it (low thermal conductivity), which is why we use them for coats and loft insulation to keep heat trapped inside.

☢️ Radiation (Nuclear and Waves)

Radiation sounds scary, but it's just energy moving as waves or particles.

• Nuclear radiation comes from unstable atoms spitting out bits of themselves (Alpha, Beta, or Gamma) to become stable.

• Electromagnetic waves (like light and X-rays) also transfer energy. Remember: some are helpful (microwaves for snacks! 🍿) and some need care (UV rays from the sun ☀️).

⚡ Electricity

This is all about the flow of charge (electrons) around a circuit. Think of a circuit like a water pipe: you need a pump (the battery) to push the water (the charge) through the pipes (the wires). If there is a break in the pipe, the water stops flowing! 💧

⚡ Static Electricity

Ever had a "shock" from a trampoline or seen your hair stand up after rubbing a balloon? That’s static! It happens when two insulators rub together and tiny electrons jump from one to the other, leaving one object with a positive charge and one with a negative charge. Opposites attract! ❤️

🎈 Gases

Gas particles are like toddlers in a soft-play area—they zoom around quickly in all directions! 💨 When you put them in a container, they hit the walls. These "hits" are what create gas pressure. If you heat a gas up, the particles move faster and hit the walls harder, so the pressure goes up.

✨ Power Up Your Revision!

We want you to feel confident walking into that exam hall. To help you get there, we’ve got some amazing tools ready for you:

• Download our Predicted Papers: Practice with questions we think are most likely to appear! 📝

• Use our Unlimited Free Notes: Everything you need to know, explained simply. 📖

• Take Retrieval Quizzes: The best way to make sure the info actually stays in your brain! 🧠

You might be wondering, How Accurate Are Predicted Papers? or How do we write our Predicted Papers? Click those links to see the hard work and data that goes into our guesses! 📊

With over 1,000 5-star reviews, you know you're in safe hands. Check out our Happy Customers page for some extra motivation! ⭐⭐⭐⭐⭐

📝 AQA GCSE Physics (8463) Exam Structure

Knowing the "rules of the game" helps lower stress. Here is how your Physics GCSE is broken down:

What to expect in the papers:

• Multiple Choice: Quick-fire questions to get you started. ✅

• Structured Questions: Step-by-step questions on a topic.

• Short & Open Responses: A mix of 1-mark answers and longer 6-mark "quality of communication" questions where you explain a process.

You are doing a brilliant job. Remember to sleep well, eat yummy food, and take time to breathe. Physics is just one part of your story! 💖