This is a GCSE worksheet from Flipped Around Physics, on writing nuclear equations for alpha and beta decay. Worksheet answers are available from the Flipped Around Physics website. The worksheet is designed to be used in a flipped learning setting. Students can be directed to the Flipped Around Physics website to watch quality video material on the topic. Students can then attempt to answer the questions on the worksheet prior to a lesson. Lesson time can be spent checking and consolidating understanding.

This is a GCSE worksheet from Flipped Around Physics, on the hazards of radioactive materials. Worksheet answers are available from the Flipped Around Physics website. The worksheet is designed to be used in a flipped learning setting. Students can be directed to the Flipped Around Physics website to watch quality video material on the topic. Students can then attempt to answer the questions on the worksheet prior to a lesson. Lesson time can be spent checking and consolidating understanding.

This is a GCSE worksheet from Flipped Around Physics, on using the principle of moments to solve problems involving turning forces. Worksheet answers are available from the Flipped Around Physics website. The worksheet is designed to be used in a flipped learning setting. Students can be directed to the Flipped Around Physics website to watch quality video material on the topic. Students can then attempt to answer the questions on the worksheet prior to a lesson. Lesson time can be spent checking and consolidating understanding.

This is a GCSE worksheet from Flipped Around Physics, on work and energy. Worksheet answers are available from the Flipped Around Physics website. The worksheet is designed to be used in a flipped learning setting. Students can be directed to the Flipped Around Physics website to watch quality video material on the topic. Students can then attempt to answer the questions on the worksheet prior to a lesson. Lesson time can be spent checking and consolidating understanding.

This is a GCSE worksheet from Flipped Around Physics, on analysing stretching springs using the PhET simulation. Worksheet answers are available from the Flipped Around Physics website. The worksheet is designed to be used in a flipped learning setting. Students can be directed to the Flipped Around Physics website to watch quality video material on the topic. Students can then attempt to answer the questions on the worksheet prior to a lesson. Lesson time can be spent checking and consolidating understanding.

This is a GCSE worksheet from Flipped Around Physics, on mechanical power. It covers what power is and how it is calculated. Worksheet answers are available from the Flipped Around Physics website. The worksheet is designed to be used in a flipped learning setting. Students can be directed to the Flipped Around Physics website to watch quality video material on the topic. Students can then attempt to answer the questions on the worksheet prior to a lesson. Lesson time can be spent checking and consolidating understanding.

This is a GCSE physics resource from Flipped Around Physics on charge and current. It covers charge, current, conventional current and electron flow, symbols, units and Q=It. It consists of a link to a google form quiz which has embedded YouTube videos. Students watch the videos and respond to a series of questions. The google form can be shared with students and the responses collected in a google sheet. This is useful if you are flipping your classroom as you can collect responses prior to a lesson.

This is a GCSE physics resource from Flipped Around Physics on circuit symbols. It consists of a link to a google form quiz. There is a link to revision material and students respond to a series of questions. The google form can be shared with students and the responses collected in a google sheet. This is useful if you are flipping your classroom as you can collect responses prior to a lesson.

This is an A-level worksheet from Flipped Around Physics, on moments. It covers how to solve problems involving more than one support (pivot), and couples. Key questions embedded. A QR code links students to quality support videos covering this topic. The worksheet is designed to be used in a flipped learning setting. Students can attempt to answer the questions on the worksheet prior to a lesson. Lesson time can be spent checking and consolidating understanding. Worksheet answers are available from the Flipped Around Physics website.

This is a GCSE worksheet from Flipped Around Physics, introducing the idea of conservation of energy in energy transfers. Worksheet answers are available from the Flipped Around Physics website. The worksheet is designed to be used in a flipped learning setting. Students can be directed to the Flipped Around Physics website to watch quality video material on the topic. Students can then attempt to answer the questions on the worksheet prior to a lesson. Lesson time can be spent checking and consolidating understanding.

This is a GCSE physics resource from Flipped Around Physics on current, voltage and resistance. It covers symbols, units, meters, a water analogy and Ohm’s law. It consists of a link to a google form quiz which has an embedded YouTube video. Students watch the video and respond to a series of questions. The google form can be shared with students and the responses collected in a google sheet. This is useful if you are flipping your classroom as you can collect responses prior to a lesson.

This is a GCSE Physics resource from Flipped Around Physics on the principle of moments. It uses a PhET simulation and walks students, step-by-step through understanding the concept of moments, calculating moments and using the principle of moments in problem solving. It consists of a link to a google form quiz. The google form can be shared with students and the responses collected in a google sheet. This is useful if you are flipping your classroom as you can collect responses prior to a lesson.

This is a resource from Flipped Around Physics on waves. The worksheet is designed to be used alongside the PhET simulation. It gets students to investigate the wave equation, reflection and diffraction.

This is a resource from Flipped Around Physics on how objects cool down. Students are asked to explain, using their understanding of heat transfer, how various objects cool down.

This is a resource from Flipped Around Physics on fuels and energy. It covers what a fuel is, asks students to identify different fuels, asks students to consider energy requirements of first world and third world countries and the difference between renewable and non-renewable energy sources.

This is a resource from Flipped Around Physics on transformers. It is designed to be used to structure research into the workings and use of transformer, and access to a computer is required. Suggested answers are provided in another document.

This is a resource from Flipped Around Physics on the stopping distance of vehicles. The worksheet uses graphs to visually show the effect of speed and reaction time on braking distance. Students will need to calculate their own reaction times in one of the activities. They can do this using the ‘dropped metre rule’ technique. Just convert from distance dropped (d) in meters to time (t), using t=sqrt[2d/9.8]. Else tell students to use t=0.2s. Students are asked to consider the other factors involved in braking distance.

The is a worksheet from Flipped Around Physics on the pressure versus temperature relationship for a fixed volume of gas. The worksheet is designed to be used in conjunction with the PhET SIM. Students are asked to collect data on pressure and temperature and plot a graph, fit their data with a trend line and describe the relationship. They are then asked to use the kinetic model to explain this relationship.

A resource from Flipped Around Physics to accompany the PowerPoint presentation on fuses (also uploaded). It covers the anatomy of the fuse, circuit symbol, how it works.

This is a resource from Flipped Around Physics on planetary orbits. From data on orbital period, students calculate orbital speeds, they then plot data and describe the relationship.