Resources by UK Space Agency
Displaying 61 - 70 of 155
Kinetic theory: box triboelectric
Kinetic theory: box triboelectric
This video shows ESA astronaut, Tim Peake, attempting to demonstrate the collisions of particles in a gas - kinetic theory. You can observe the balls being attracted to the side of the box through triboelectric charging. Teachers’ notes can be found here.
Kinetic theory: M and M translational motion
Kinetic theory: M and M translational motion
This video shows astronaut Tim Peake, on the International Space Station, demonstrating the movement of M&Ms inside a hollow sphere. Teachers’ notes can be found here.
Kinetic theory: molecule SHM from above
Kinetic theory: molecule SHM from above
Kinetic theory: 5 - above 2 mass x-t
Kinetic theory: 4 - above 2 mass x-t
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. ...
Kinetic theory: molecule SHM from the side
Kinetic theory: molecule SHM from the side
Kinetic theory: 2 - 2 mass x-t
Kinetic theory: 3 - 2 mass x-t
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...
Landing site selection
This activity allows pupils to follow the process of selecting a landing site on Mars. Pupils will explore the process that scientists go through to pick the perfect location to land on another planet, before they get the opportunity to undertake the process themselves in the research based task. This resource...
Landing site selection
This activity gives students the opportunity to explore how scientists and astronauts choose landing sites on other planets. Students are given a range of considerations before learning more about the terrains and orbital data from the planet Mars. The main part of this activity allows students to draw,...
Landing sites
Planetary scientists, Dr. Matthew Balme and Dr. Elliot Sefton-Nash, talk about how challenging it is to find a scientifically compelling site to land in, once the engineering considerations in terms of the landing has been taken into account.
This video is part of a series of ten which look at the one of the...
This collection of resources support learning about STEM subjects using the context of exploring Mars. These activities are particularly suitable for students aged 11-14 years.
This collection of resources support learning about STEM subjects using the context of exploring Mars. These activities are particularly suitable for students aged 14-16 years.
This collection of resources support learning about STEM subjects using the context of exploring Mars. These activities are particularly suitable for students aged 16 and above.