GCSE Physics Edexcel Higher

GCSE Physics Edexcel Higher

Complete Edexcel Higher Physics for Grades 6–9: clear concepts, equations, core practicals, and exam-style problem solving.

Review(s)
9 Active Students
Gcse Level
English Teaching Language

What will students learn in your course?

Understand Edexcel Higher Physics topics and equations, apply them in calculations and practical contexts, and answer exam questions confidently.

What are the requirements or prerequisites for taking your course?

KS3 science basics and basic maths skills (rearranging, units, graphs); a calculator is recommended.

Who is the course for?

Edexcel GCSE Physics Higher students aiming for Grades 6–9, including learners preparing for mocks and final exam revision.

Description

Package Tags

GCSE Physics Edexcel Higher
7
94
17h 12m
1

Motion, Forces & Conservation of Energy

In this topic, you’ll learn how forces change motion, including speed, velocity, acceleration and graphs. You’ll study work done, energy transfers, power and efficiency, and apply the key equations to exam-style calculations.

1.1 - Distance, Displacement, Speed & Velocity
0:14:54
1.2 - Scalar & Vector Quantities
0:11:59
1.3 - Acceleration
0:12:13
1.4 - Distance-time Graphs
0:13:10
1.5 - Velocity-time Graphs
0:13:59
1.6 - Contact & Non-contact Forces
0:12:12
1.7 - Newton's 1st & 2nd Laws
0:13:37
1.8 - Resultant Forces & Free Body Diagrams
0:01:00
1.9 - Resolving Vectors & Scale Drawings
0:13:33
1.10 - Gravitational Potential Energy & Gravity
0:12:43
1.11 - Circular Motion
0:01:00
1.12 - Newton's 3rd Law
0:12:12
1.13 - Momentum 1
0:13:50
1.14 - Momentum 2
0:14:00
1.15 - Stopping Distances
0:12:34
1.16 - Energy Stores & Systems
0:11:38
1.17 - Energy Transfer Examples
0:10:57
1.18 - Kinetic Energy
0:09:49
1.19 - Conservation of Energy
0:10:39
1.20 - Transfer Between KE & GPE
0:10:41
1.21 - Energy, Power & Efficiency
0:01:00
1.22 - Reducing Unwanted Energy Transfers
0:10:50
1.23 - Energy Resources Introduction
0:10:25
1.24 - Fossil Fuels & Nuclear Energy
0:10:22
1.25 - Biofuels
0:09:20
1.26 - Wind & Solar
0:17:14
1.27 - Hydroelectricity & Tidal Barrages
0:11:18
1.28 - Power & Work Done
0:11:27
1.29 - Moments 1
0:11:20
1.30 - Moments 2 - Seesaws & Gears
0:14:57
2

Waves & the Electromagnetic Spectrum

You’ll learn wave properties and how to calculate wave speed, frequency and wavelength. You’ll cover reflection, refraction and sound, then explore the electromagnetic spectrum, uses, hazards and Higher-style questions.

3

Radioactivity

You’ll understand atomic structure, isotopes and the types of nuclear radiation. You’ll learn about half-life, contamination vs irradiation, decay equations and safety, with calculations and exam-style explanations.

4

Astronomy

You’ll study the Solar System, orbits and satellites, and the life cycle of stars. You’ll also learn about red-shift and evidence for the expanding Universe, with clear exam-focused practice.

5

Electricity & Circuits

You’ll learn charge, current, potential difference and resistance, and how circuits behave in series and parallel. You’ll practise circuit calculations, circuit symbols, and interpreting graphs for resistors, lamps and components.

6

Electric & Magnetic Fields

You’ll learn about electric fields, magnetic fields and how forces act at a distance. You’ll cover electromagnets, the motor effect, the generator effect and transformers, with key ideas and exam-style calculations.

7

Particle Model

You’ll use the particle model to explain solids, liquids and gases, including changes of state and internal energy. You’ll cover density, specific heat capacity and heating calculations, linking theory to exam questions.

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Course Features

17h 12m Video Content
94 Sessions
0 Assessments
168 Downloadable Assets
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