Proud to be part of LJMU,
in partnership with the Dill Faulkes Educational Trust

 

X

Gravity Simulator

Is gravity the same everywhere? Experiment with how the ball reacts in each of the Solar System locations by dropping or throwing the ball. How similar or different is each location to Earth?

Things to think about:

  • In terms of gravity, which of the environments are most like Earth and which are the most different?
  • Is the ball harder to control in some locations?
  • Why does gravity vary on other planets?

Several people in flight suits experiencing weightlessness inside a plane during a zero-gravity flight, floating and smiling as they enjoy the sensation of floating in mid-air.
This work by Steve Jurvetson is licensed under Creative Commons Attribution 4.0 International
 

 


Approx Duration
< 15 mins

  • Drag the ball and then let it go to drop it.
  • The counter at the top-right tells you how high the ball is.
  • Use the arrow buttons to change your location.

You can use the simulator as part of the Explore Gravity scientific investigation.


If you liked this, why not try
Explore Gravity Investigation
What is Gravity?
The 'Space Weight' calculator

Tags
Solar System
Planet
Planets
Astronauts
Space Travel
Space Flight
Computing
ICT
Maths
Mathematics
Data
Earth and Space
World Around Us
Place
Force
Forces
Gravity
Gravitation
Mass
Weight
Space Physics
Observing
Measurement
Measuring
Working scientifically
England Key Stage 2
Wales Key Stage 2
Northern Ireland Key Stage 2
Ireland Primary
Scotland Second level
England Key Stage 3
Northern Ireland Key Stage 3
Ireland Junior Cycle
Wales Key Stage 3
Scotland Third/Fourth level
Creativity
Teamwork