Collisions: inelastic little spin

Collisions: large mass into small mass

Collisions: large mass into small mass from above

Collisions: oblique collision

Collisions: rebound (v-t)

Collision: small mass into large mass

Collisions: two equal mass head on above (drift)

Collisions: equal mass straight (x-t)

This is one of the 14 Background Books published for Stage III of the Nuffield Chemistry Sample Scheme. The books were highly illustrated and designed to be attractive. This book describes applications of chemistry.

There are three parts to this book:
*Part 1: The properties of colloids
Covering...

This is one of the 14 Background Books published for Stage III of the Nuffield Chemistry Sample Scheme. The books were highly illustrated and designed to be attractive. This book describes developments in the applications of chemistry but takes an historical approach in some sections.

There are two parts to...

From Solar Spark, this simple demonstration shows the effect of adding colours. Photos and pictures are often made up from just four colours black, cyan, magenta and yellow. Different amounts of each colour combine to get all the colours of the rainbow and make the complete picture.

Solar cells are...

In this activity, from the Royal Observatory Greenwich, students look at the Sun and the Milky Way in different wavelengths. They apply their understanding of the electromagnetic spectrum to astrophysical objects and look at why it is important to use the whole spectrum in astronomy. The images of the Sun are...

This activity from Subtangent is based on the four colour theory, which is used by mapmakers. Resources include examples of colouring maps correctly, together with additional challenges, which cover a range of ability, for students to try themselves. Solutions for the challenges are also provided.