Questions on stress, strain and Young's Modulus, with solutions.

Worksheet to test students understanding of Wien's Law and Stefan's Law, solutions provided. For A-level physics, students would typically take 20-25mins to complete this worksheet.

Questions on the photoelectric effect, focussing on the stopping voltage calculations, with solutions. For the teaching of A-level Physics.

Questions on Work, Energy and Power, with solutions. Ideal for A-level physics teaching.

Questions based on the materials section of the specification, specifically stress, strain and Young's Modulus. Includes more difficult extension material and solutions.

Worksheet to assess your students competency in solving problems in particle physics, specifically annihilation and pair production.

Worksheet to test student understanding of electric fields and electron beams moving in electric fields. For A-level physics classes. Some difficult questions, students would typically spend 30-40mins on this worksheet.

Paired activity for students in A-level physics to test their understanding of electric and magnetic fields.

Five question worksheet in which students ultimately find the De Broglie wavelength of an electron beam accelerated through a uniform electric field. Great for checking students understanding of electric fields for A-level physics. Students typically would take 20 mins to complete this worksheet, dependent on ability and previous study.

Worksheet to test students knowledge of specific heat capacity, some tricky algebraic work needed to complete all problems. Solutions provided. Students typically take 30-40 minutes to complete this worksheet.

Worksheet to test students understanding of centripetal force applied to a game of swing-ball, with solutions. For A-level physics, students typically complete this worksheet in 30-40 minutes.

Worksheet to test students understanding of electric fields, both uniform and radial. This worksheet would typically take 35-40 minutes to complete.

For A-level physics students & teachers. Practise questions based on the SUVAT equations (constant acceleration) as a starter, plenary or main activity in a lesson depending on class ability. Includes a 'Harder question' and a 'Much harder question' allowing you to really test the students understanding and algebraic competency.

Questions on the refraction of light and Snell's Law, with solutions.

A fun activity on determining the power output of the calve muscles in the lower leg. Students will be able to get up and move around to give them a break from being sat at their desk, ideal for longer lessons.

Important rules for the use of SUVAT in A-level physics - things that all students should know before they go into the exam!

Extended worksheet (11 multistage questions) on standing waves. This working usually takes students approx. 30-40mins to complete depending on ability.

Qualitative worksheet asking students to recall and explain the evidence behind the particle nature of light from the observations of the photoelectric effect. Small explanation of two observations followed by open-ended question on other observations - great for revision once the topic has been taught.

Tracking document for your students to use to assess their progress and understanding of the topic of waves at GCSE Physics. I have taken all of the point in the new (2017) specification and converted them into 'students friendly' versions which they can assess themselves against. Area for students to set themselves targets based on evaluation of their performance to date. Very useful for tracking student progress through a topic area & for use after end of topic tests. This document is best printed in colour.

Questions on the Photoelectric Effect, with solutions. For the teaching of A-level physics.