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Collisions: inelastic little spin

Collisions: inelastic little spin

Collisions: equal mass inelastic side on

This resource includes videos that can be used to demonstrate the motion of an object on the International Space Station, either with or without the use of Tracker software.  The Tracker files are provided in a zip for...

Collisions: inelastic large spin

Inelastic large spin

This video shows Tim Peake, on the International Space Station, demonstrating an inelastic collision between two balls. Teachers’ notes can be found here. 

Collisions: inelastic collision top view

Collisions: inelastic collision top view

Collisions: 1 equal mass inelastic (v-t)

Collisions: 2 equal mass inelastic (v-t)

Collisions: 3 equal mass inelastic (v-t and x-t)

This resource includes videos that can be used to demonstrate the motion of an object on the International Space...

Collisions: extra - chasing the ball!

Collisions: extra - chasing the ball!

This video shows astronaut Tim Peake performing an experiment on conservation of momentum, on the International Space Station. Teachers’ notes can be found here. 

Circular motion: vertical ball in hoop (Tim holding)

Circular motion: vertical ball in hoop (Tim holding)

Circular motion: ball in circular hoop (x-t graph)

This resource includes videos that can be used to demonstrate the motion of an object on the International Space Station, either with or without the use of Tracker software.  The Tracker files are...

Circular motion: vertical ball in a hoop (clamped)

Circular motion: vertical ball in a hoop (clamped)

Circular motion: ball in a circular hoop (y-t, v-t, a-t graphs)

Circular motion: ball in a circular hoop (y-t graph)

Circular motion: ball in a circular hoop (v-t graph - damping)

This resource includes videos that can be used to...

Circular motion: horizontal ball in a hoop (Tim holding)

Circular motion: horizontal ball in a hoop (Tim holding)

Circular motion: ball in a circular hoop (x-t graph - damping)

This resource includes videos that can be used to demonstrate the motion of an object on the International Space Station, either with or without the use of Tracker software.  The...

Circular motion: ball on tether released (vertical plane)

Circular motion: ball on tether released (vertical plane)

Circular motion: spinning ball on a string then released (y-t graph)

This resource includes videos that can be used to demonstrate the motion of an object on the International Space Station, either with or without the use of Tracker software...

Circular motion: ball on a tether released (horizontal plane)

Ball on a tether released (horizontal plane)

Spinning ball on a string then released (x-t graph)

This resource includes videos that can be used to demonstrate the motion of an object on the International Space Station, either with or without the use of Tracker software.  The Tracker files are...

Planet Density

In this activity developed by the Institute of Physics, students use iron and sand to model the composition of the Earth and estimate what fraction of the Earth is occupied by its iron core. After completing this activity, students should be able to: *Measure mass and volume. *Calculate density from mass and volume...

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