Worksheet where students try to find the frequency and wavelength of a sound wave using an oscilloscope trace. Worked mark scheme included. Designed for Edexcel A Level Physics although should work for all specifications.

Worksheet for practicing using the equations for Young’s Modulus. Mark scheme included. Appropriate for Edexcel A Level Physics students although should work for all exam boards.

Worksheets designed to allow students to practice using the equations for Hooke’s Law and Elastic Potential Energy. Primarily aimed at A Level students taking Edexcel A Level Physics, but can also apply to most exam boards and to GCSE students.

Practice questions for resolving vectors, finding horizontal/vertical components, magnitudes of the resultant vector and direction of the resultant vector. Worked mark scheme with diagrams included. Designed for Edexcel A Level Physics but will work for any specification.

Questions using Snell’s Law to find angles of incidence, refraction and identify materials based on their refractive index. Mark scheme included. Suitable for Edexcel A Level Physics although should work for all specifications.

Calculations using Snell’s Law to find the critical angle for a range of materials and use this to identify if a light ray will totally internally reflect. Worked answers included. Designed for Edexcel A Level Physics but should work for all specifications.

Calculation questions involving the resistivity of metals. Worked answers included. Designed for Edexcel A Level Physics but should work for all specifications.

Calculation problems involving the link between speed, tension and mass per unit length of a string with a standing wave on it. Includes a graph question. Worked mark schemes attached. Designed for Edexcel A Level Physics.

Practice questions for calculating the phase difference between two graphs, both estimating based on simple phase differences (e.g. 90°, 180°) and by calculations. Worked answers included.

Worksheet for practicing calculating the energy, frequency and wavelength of photons. Also includes some applications of this equation for lasers. Worked answers included. Designed for Edexcel A Level Physics but should work for all specifications.

Calculation questions involving wave-particle duality, specifically applying the de Broglie Wavelength equation to find wavelengths, speeds and masses of particles. Worksheet then goes over determining if electrons will diffract or not. Worked answers included. Designed for Edexcel A Level Physics specification but should work for all specs.

Calculation questions involving diffraction gratings, finding wavelength, angle, order number and number of lines per mm on the grating used. Worked answers included. Designed for Edexcel A Level Physics but should work for all specifications.

Calculation questions involving calculating gravitational potential at a point and changes in gravitational potential between two points in a gravitational field. Worked answers included. Designed for Edexcel A Level Physics but should work on all specifications.

Calculations involving the mean drift velocity equation for wires. Worked answers included. Designed for Edexcel A Level Physics but can be used for all specifications.

Simple calculation problems involving potential divider circuits, including worked answers using V=IR to find different values. Designed for Edexcel A Level Physics specification but can be used for any spec.

Questions using the equations for electrical work and power. Worked answers included. Designed for Edexcel A Level Physics but can be used to lower year groups and by other specifications.

Practice questions involving using V=IR to solve problems with series and parallel circuits. Worked mark scheme included.

Practice problems involving resistors in series and parallel as well as using V=IR to solve problems. Worked mark scheme included. Designed for Edexcel A Level Physics but works for all specifications.

Calculation Worksheet for Internal Resistance, with six circuits that students have to solve. Also includes two graphs for students to work through.

Questions involving writing nuclear fission/fusion equations and then calculating energy releases via fission and fusion using the mass deficit. Includes calculations in kg and in terms of amu. Worked answers included. Designed for Edexcel A Level Physics but should work for all specifications.