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.

Major focus: Electricity Equation Practice - 9 questions. Equations are given, and the objective is to be able to correctly apply and rearrange equations using standard (SI) units and answering to the requested number of significant figures. In addition: Circuit symbols, and drawing Series and Parallel Circuits with ammeters and voltmeters - 3 questions. 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.

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.

This worksheet looks at the basics of FORCES. Newton’s 1st Law is introduced. Newton’s 2nd Law is introduced. Examples and extensive notes are provided. 10 problems of increasing challenge are presented. Answer key provided.

The Wave Equation: wave speed = frequency x wavelength The equation is introduced and rearranged. Problems are set and cover a range of difficulty levels. Answer key provided.

Electricity: current v potential difference (I-V) graphs for a bulb (filament lamp), resistor and diode. Questions develop understanding of relationship between current and potential difference and graphical analysis. Resistance calculations using graphical data. Light-Dependent Resistor (LDR) I-V graph covered as extension. Answer key provided.

Electric Circuits: Current and Potential Difference (voltage), Series Circuits, Parallel Circuits, Correct wiring of ammeters and voltmeters in circuits. Kirchoff’s 1st and 2nd Laws (not named) are applied.

ENERGY: Specific Heat Capacity and Specific Latent Heat. Understanding and note development, Equations and equation practice, Answer key provided.

A 7 page booklet which, when printed to A4, provides templates for the shining of light into a glass or Perspex block at regular incident angle intervals of 10 degrees. The first page has full experiment instructions and a drawn example. The block outlines are drawn to match what appears to be the standard size of rectangular Perspex block found in every school I have worked in! This booklet will save you time: students will not have to draw around the blocks, or draw the initial incident ray on the top surface. They can therefore focus on measuring and recording the angles made by the light as it passes through the block.

A free resource on the topic of climate change. Comprehension split into four sections: Learning: Infra-Red and Heating Heating of the Earth Current Scientific Understanding and Action Extrapolation and Opinion Five questions on infra-red understanding, data analysis, arguments on the subject of climate change and a research question on how climate change is affecting the UK. Keywords: infra-red, power, climate change, global warming, global heating.

Introductory notes for learning, and 10 questions - free! This worksheet develops GRAVITATIONAL POTENTIAL ENERGY (GPE) and KINETIC ENERGY (KE) equation skills for students studying GCSE Physics and GCSE Combined Science.

17 questions accompanied by learning notes, and covering: Three-Part Equations, More Complicated Equations, Working Out Units. This worksheet develops equation skills for students studying GCSE Physics and GCSE Combined Science. Fully annotated answer key included.

Introductory notes for learning, and 10 questions. Fully annotated answer key is included. This worksheet develops GRAVITATIONAL POTENTIAL ENERGY (GPE) and KINETIC ENERGY (KE) equation skills for students studying GCSE Physics and GCSE Combined Science.

THE PHOTOELECTRIC EFFECT: A worksheet with data, introductory notes and 8 practice questions on the Photoelectric Effect, including one long answer question typical of those found on examination papers. Suitable for students of A Level Physics and equivalent levels. Fully worked 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 +.