This lesson looks at standing waves in closed end tubes, showing where nodes and antinodes are formed. It then moves on to a practical task, in which students determine the speed of air in sound (equipment required = tube, 250ml measuring cylinder and a mobile phone). Designed for Cambridge (CIE) unit 9702, for 2022 onward and 2025 specification. All questions come with answers or full worked solutions.

This lesson on stationary waves compares stationary waves to progressive waves, and describes and explains key features of standing waves. It also explores hormonics on a vibrating string. Designed for Cambridge (CIE) unit 9702, for 2022 onward and 2025 specification. All questions come with answers or full worked solutions.

This lesson on Superposition covers the use of radians, measuring phase difference and explaining the principle of superposition. Designed for Cambridge (CIE) unit 9702, for 2022 onward and 2025 specification. All questions come with answers or full worked solutions.

This lesson on Polarisation covers what is meant by the term polarisation, how polarising filters work, and how intensity varies as a filter is rotanted (Malus’s law). Designed for Cambridge (CIE) unit 9702, for 2022 onward and 2025 specification. All questions come with answers or full worked solutions.

This lesson on Doppler Effect covers describing the doppler effect and calculating the apparent frequency heard by an observer. Designed for Cambridge (CIE) unit 9702, for 2022 onward and 2025 specification. All questions come with answers or full worked solutions.

This lesson on the Electromagnetic Spectrum covers naming the EM spectrum parts, recalling the order of the EM spectrum and describing uses of each part. Designed for Cambridge (CIE) unit 9702, for 2022 onward and 2025 specification. Content can also be used for IGCSE Physics All questions come with answers or full worked solutions.

This lesson on progressive waves covers the basics of waves such as key terms and equations from GCSE, how to read an oscilloscope and calculating wave intensity. Designed for Cambridge (CIE) unit 9702, for 2022 onward and 2025 specification. All questions come answers or full worked solutions.

This is a short end of unit test for Unit 24, Medical Physics for Cambridge (CIE) unit 9702, including mark scheme and powerpoint presentation going through the answers with the students. I gave the students 20 minutes for the test, and was then able to mark a full class of 7 students work in under 10 minutes. This meant that in 1 lesson the students could sit the test, I was able to mark the test and then go through all the answers with the students.

This lesson on Positron Emission Tomography (PET) scanning covers how a tracer works, including positron emmision and annihilation, as well as how the PET scanner uses gamma detectors to pinpoint things such as cancers . Designed for Cambridge (CIE) unit 9702, for 2022 onward and 2025 specification. Learning checks after each of the learning objects are covered, as well as a plenary and starter. All questions come with worked solutions.

This lesson on X-rays covers how X-rays are produced , how they are used for imaging, calculating attenuation and how CT scans work. Designed for Cambridge (CIE) unit 9702, for 2022 onward and 2025 specification. Learning checks after each of the 4 learning objects are covered. All questions come with solutions.

This lesson on ultrasound covers how ultrasound is produced & detected, as well as calculations for intensity and acoustic impedance. Designed for Cambridge (CIE) unit 9702, for 2022 onward and 2025 specification. All questions come with worked solutions.

This is the 1st lesson as part of unit 22 (Quatum Physics) for Cambridge (CIE) A2 Physics. This is a full lesson with past paper exam questions, as well as other shorter questions with solutions, to test learning at each stage of the lesson.

This is a short end of unit test for Unit 23, Nulcear Physics in Cambridge (CIE) unit 9702, including mark scheme and powerpoint presentation going through the answers with the students. I gave the students 20 minutes for the test, and was then able to mark a full class of 7 students work in under 10 minutes. This meant that in 1 lesson the students could sit the test, I was able to mark the test and then go through all the answers with the students.

This is the 4th lesson as part of unit 23 (Nuclear Physics) for Cambridge (CIE) A2 Physics, on decay constant and half life. This is a full lesson with past paper exam questions, as well as other questions with solutions, to test learning at each stage of the lesson. Will likely require 2 x 1 hour lessons to cover all content and the decay block practical from this.

This is the 3rd lesson as part of unit 23 (Nuclear Physics) for Cambridge (CIE) A2 Physics, on nuclear fission and fusion, as well as binding energy per nucleon. This is a full lesson with past paper exam questions, as well as other questions with solutions, to test learning at each stage of the lesson.

This is the 2nd lesson as part of unit 23 (Nuclear Physics) for Cambridge (CIE) A2 Physics. This is a full lesson with past paper exam questions, as well as other shorter questions with solutions, to test learning at each stage of the lesson.

An introduction lesson for Cambridge (CIE) A-Level Physics (9702) unit 23, Nuclear Physics. This is mainly a recap of GCSE/IGCSE Nuclear Physics with a little extra added on positron decay. All questions come with full answers

Lesson on momentum and the conservation of momentum for both IGCSE and IGCSE Physics. All questions contain full worked solutions.