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GCSE Physics (Triple) Full Specification Activities Booklets with Answer Sheets – Ideal for Low-Stakes Testing & Exam Prep
This printable and editable activities booklet covers the entire specification for GCSE Physics (Triple). It’s packed with varied, student-friendly tasks designed to build confidence, support retrieval practice, and deepen understanding through structured and engaging activities.
This resource is for one subject but each specification point has an activities booklet and answers that fully align with the relevant GCSE.
Included in this resource:
Summary comprehension task

3 things you learnt reflection

Real-world examples task

Keyword identification and definition

Gap-fill paragraph with word bank

“Why? Why? Why?” thinking questions

Tiered learning: define, explain, apply, evaluate

Find the fib (true/false analysis)

Mini retrieval quiz

Mastering the exam question (sample answers with improvement tasks)

What if? creative thinking scenarios

Full answer sheet included

Perfect for independent study, in-class consolidation, or homework. Ideal for preparing students for topic tests, mock exams or final assessments.
activities booklet, GCSE, full specification, low-stakes testing, retrieval practice, exam questions, answer sheet, KS4 revision, printable booklet, editable Word resource
One booklet for each of the following specification points:

1. Energy
   Energy stores, systems & transfers

Kinetic, gravitational potential & elastic potential energy

Specific heat capacity & specific latent heat

Work, power & reducing energy losses

Renewable & non-renewable energy resources

Trends in energy usage

1. Electricity
   Current, potential difference & resistance

Series & parallel circuits

Ohmic & non-ohmic components

Mains electricity & the National Grid

Electrical power & energy transfer

1. Matter
   Density & states of matter

Internal energy & changes of state

Specific heat capacity & latent heat

Particle motion, gas pressure & volume (HT)

1. Atomic Structure & Nuclear Physics
   Atoms, isotopes & atomic models

Radioactive decay, activity & half-life

Uses & risks of radiation

Nuclear fission & fusion (HT)

Nuclear radiation in medicine

1. Forces & Motion
   Scalars, vectors & types of forces

Gravity, resultant forces & work done

Elasticity, moments, pressure & levers

Motion: speed, acceleration, distance-time & velocity-time graphs

Newton’s laws, stopping distances & safety

Momentum & impact forces (HT)

1. Waves
   Types & properties of waves

Reflection, refraction & wave behaviour

Sound, ultrasound & seismic waves

Electromagnetic spectrum: uses, dangers & applications

Lenses, images & black body radiation (HT)

1. Magnetism & Electromagnetism
   Magnets & magnetic fields

Electromagnetism & motor effect

Electromagnetic induction & its uses

Transformers (HT only)