This series of Marvin and Milo cards have been pulled together for the International Year of Light 2015. They include eight simple experiments that can be performed at home that link in to the theme of light, using: - A torch and a bottle to show total internal reflection - A glass of water to make a lens - Milk...

This simple activity from NASA allows classrooms to study rocket stability as students construct and fly small "indoor" paper rockets. The rockets can be used for a range of activities into forces and movement in which students collect data and interpret the results.

Basketball Earth
This resource uses a basketball as the Earth to set up a scale model to the distance to the Moon, satellites and distances such as the thickness of the...

This video demonstrates an experiment to investigate how current affects the strength of a magnetic field. The Phyphox app on a mobile phone is used to measure the magnetic field strength. The second part explains how to plot a graph to evaluate the relationship between current and magnetic field strength. 

This activity sheet is based on the Inventive Podcast.  It introduces a disaster risk engineer Josh Macabuag, and links his work to a physics topic. The activity sheet also supports Careers Benchmark 4: Careers in the curriculum by introducing a career and role model. There are also links to short audio clips of...

This booklet is part of the ‘Innovations in Practical Work’ series published by the Gatsby Science Enhancement Programme (SEP). An important part of understanding energy is getting to know the different ways it can be stored and transferred. Finding ways to do this with...

These diagnostic questions and response activities (contained in the zip file) support students in being able to:

• Understand that when a force makes things change it mechanically transfers energy between different energy stores.

• Understand that friction transfers energy...

In Activities for the Classroom, the authors of the ‘Teaching about why things change’ project show how a new approach to the fundamental question 'why do things change?' can be adopted in teaching. They do this with a set of classroom activities which show how the...

These activities, from the Institute of Physics, look at electrical circuits. They provide a review of previous knowledge and introduce the language needed to cope with the greater depth of learning at post-16 level. Activities include: • a discussion about electrical circuits to reinforce knowledge and highlight...

From the Institute of Physics, these activities present a range of examples involving different types of charge carrier and links the measured current to rates of flow of charge. The activities consist of a series of demonstrations which could be set up before the lesson. These include: • considering different...

From the Institute of Physics, this learning episode shows that charge carriers in good conductors usually move very slowly. It illustrates the derivation and use of the equation I = nAvq.

A range of activities include:
• viewing the movement of permanganate ions in an electric field
•...

From the Institute of Physics, this learning episode provides a quantitative definition for resistance (R = V / I) which reinforces the qualitative notion that more resistance means less current. It looks at Ohm’s law, describing that this is not the same thing as the definition of resistance.

Activities...