GCSE Physics (This chapter is not for GCSE Combined Science) Static Electricity: how to create a statically charged object, uses and dangers of static, electric fields Key Facts box provided for rote learning. Problem Solving as well as Recall Questions to practise and test knowledge retention. AQA and EdExcel Two files: student worksheet and answers.

GCSE Physics GCSE Combined Science Forces and Fields: forces acting at a distance, resultant forces in two planes. Separate (GCSE Physics) only: Moments and Gears also included. Key Facts box provided for rote learning. Problem Solving as well as Recall Questions to practise and test knowledge retention. AQA and EdExcel Two files: student worksheet and answers.

GCSE Physics GCSE Combined Science Work and Power Key Facts box provided for rote learning. Problem Solving as well as Recall Questions to practise and test knowledge retention. AQA and EdExcel Two files: student worksheet and answers.

A worksheet resource that presents problems on the equations present in the Motion chapter: speed, distance, time (and velocity, displacement, time), acceleration as the rate of change of velocity. In addition, the a problem using the given equation linking final velocity, initial velocity, acceleration and displacement is presented. Questions carry marks as they would in the examination papers. ANSWER SHEET included.

A worksheet resource that presents problems on the equations present in the Energy chapter: efficiency, Gravitational Potential Energy, Kinetic Energy. Questions carry marks as they would in the examination papers. ANSWER SHEET included.

A worksheet deigned primarily for Key Stage 3 (ages 11-14) to show how loops and switches work in different types of circuit. It could also be used in Key Stage 4 (ages 14-16) as a diagnostic tool at the start of an Electricity chapter. Answer key included.

FORCES AND MOTION: Weight equation, Newton’s 1st Law, Newton’s 2nd Law. This resource comprises: a two-page note summary on Weight, Newton’s 1st Law and Newton’s 2nd Law, a two-page question worksheet (16 questions, total 63 marks), an answer key to the question worksheet. Completion time ranges but is estimated to be 1 hour +.

GCSE Physics GCSE Combined Science Waves Intro: Parts of Waves, Transverse and Longitudinal Waves, Frequency, Amplitude, Period, Wavelength, the Wave Equation Key Facts box provided for rote learning. Problem Solving as well as Recall Questions to practise and test knowledge retention. AQA and EdExcel Two files: student worksheet and answers.

GCSE Physics GCSE Combined Science Radioactivity: Atomic models and structure, Isotopes, Electron Excitation and De-Excitation, Background Radiation, Types of Radioactive Radiation, Decay Equations, Half-Life, Dangers, Uses, Fission, Fusion. Key Facts box provided for rote learning. Problem Solving as well as Recall Questions to practise and test knowledge retention. AQA and EdExcel Two files: student worksheet and answers.

GCSE Physics GCSE Combined Science Astronomy: The Solar System, Orbits, Stellar Evolution, The Doppler Effect and Redshift, The Big Bang v Steady State Key Facts box provided for rote learning. Problem Solving as well as Recall Questions to practise and test knowledge retention. AQA and EdExcel Two files: student worksheet and answers.

GCSE Physics GCSE Combined Science Conservation of Energy Key Facts box provided for rote learning. Problem Solving as well as Recall Questions to practise and test knowledge retention. AQA and EdExcel Two files: student worksheet and answers.

GCSE Physics GCSE Combined Science Motion: Scalars and Vectors, Speed-Distance-Time, Acceleration, Distance-Time Graphs, Velocity-Time Graphs Key Facts box provided for rote learning. Problem Solving as well as Recall Questions to practise and test knowledge retention. AQA and EdExcel Two files: student worksheet and answers.

EdExcel GCSE Physics GCSE Combined Science P1 Motion end-of-chapter worksheet with answers and references to specification points.

EdExcel GCSE Physics P5 Electromagnetic Spectrum end-of-chapter revision questions with answers and with reference to the specification points. Designed to be completed with reference to the EdExcel specification.

EdExcel GCSE Combined Science (Physics) P4 and P5 EM Waves and Electromagnetic Waves end-of-chapter revision questions with answers and with reference to the specification points. Designed to be completed with reference to the EdExcel specification.

EdExcel GCSE Physics and GCSE Combined Science P3 Conservation of Energy end-of-chapter revision questions with answers and with reference to the specification points.

AS Level Physics, A Level Physics: Mechanics chapter. Projectile Motion and the Kinematic Equations (suvat). Includes resolving the velocity vector into vertical and horizontal components. Extensive notes and worked example of how to apply kinematic equations to projectile motion. 3 challenging problems. Answer key provided.

All you need to know about electromagnetic waves! Powerpoint, worksheet and questions about electromagnetic waves, aimed at ages 14 to 16. English curriculum level: GCSE Combined Science & GCSE Physics (and equivalent). The worksheet includes the full notes from the Powerpoint. Exam-style questions at both Foundation and Higher level have been written to align with the style and content of GCSE-level examination questions. Answer key provided. There are 40 marks of exam-style questions on electromagnetic waves across the two tiers.

A worksheet that examines the electrical resistance of: Thermistors at different temperatures, Light-Dependent Resistors (LDRs) at different light levels. The current-potential difference (current-voltage, I-R) graph for a thermistor at three different temperatures is analysed through structured questioning. Resistance is calculated using Ohm’s Law. Data of resistances at varying temperatures for a thermistor is presented and students are asked to plot the graph and describe the pattern shown. A plotted graph of resistances for varying light levels for an LDR is presented and students are asked to draw a line of best fit and describe the pattern shown.