Created by Elbros S on
4 activities: 4 games
40 minActivity 1: Simulation Game. Estimated duration: 10 min
Design and build your own skateboarding tracks, ramps, and jumps to explore the conservation of energy. Control the skater's mass, measure the speed, and change the amount of friction on the track. See the kinetic, potential, and thermal energy in the system graphed in real-time!
Teacher Ratings (11) 3.8 stars.
Student Ratings (8446) 3.9 stars.
Activity 2: Simulation Game. Estimated duration: 10 min
Hang a mass on a spring to explore the conservation of energy. Experiment with mass, spring constant, gravity, and damping, and see the energy of the system graphed in real-time. View the displacement, natural length, and equilibrium position. Note: Students will automatically move through this simulation after 10 minutes of playtime.
Teacher Ratings (3) 3.3 stars.
Student Ratings (164) 3.2 stars.
Activity 3: Simulation Game. Estimated duration: 10 min
Use a pendulum to explore the conservation of energy. Play with one or two pendulums and see the energy of the pendulum graphed in real-time. Control friction and introduce thermal energy into the system. Note: Students will automatically move through this simulation after 10 minutes of playtime.
Teacher Ratings (8) 4.0 stars.
Student Ratings (1689) 3.3 stars.
Activity 4: Simulation Game. Estimated duration: 10 min
Use a pendulum to explore the conservation of energy. Play with one or two pendulums and see the energy of the pendulum graphed in real-time. Control friction and introduce thermal energy into the system. Note: Students will automatically move through this simulation after 10 minutes of playtime.
Teacher Ratings (8) 4.0 stars.
Student Ratings (1689) 3.3 stars.