The blue block will start from rest Before Collision: calculate the velocity, momentum and kinetic energy for each block velocity Momentum Kinetic Energy Large Blue Block Small Red Block Total XXXXXXXXXXXXXXX After Collision: Get the final velocities of the blocks from the simulation and fill in the following table velocity Momentum Kinetic Energy Large Blue Block Small Red Block Total Conclusion:
The blue block will start from rest Before Collision: calculate the velocity, momentum and kinetic energy for each block velocity Momentum Kinetic Energy Large Blue Block Small Red Block Total XXXXXXXXXXXXXXX After Collision: Get the final velocities of the blocks from the simulation and fill in the following table velocity Momentum Kinetic Energy Large Blue Block Small Red Block Total Conclusion:
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This is the simulation website that will be using: https://ophysics.com/e2.html
Transcribed Image Text:4th Scenario:
The blue block will start from rest
Before Collision: calculate the velocity, momentum and kinetic energy for each block
velocity
Momentum
Kinetic Energy
Large Blue Block
Small Red Block
Total
XXXXXXXXXXXXXXX
After Collision:
Get the final velocities of the blocks from the simulation and fill in the following table
velocity
Momentum
Kinetic Energy
Large Blue Block
Small Red Block
Total
Conclusion:
Transcribed Image Text:Elastic Collisions:
In the simulation, set the collision to be elastic.
3rd Scenario
Set the two blocks to have the same mass.
Set the blue block at rest
Before Collision: Fill in the table
Mass
velocity
Momentum
Kinetic Energy
Small Blue Block
Small Red Block
Total
XXXXXXXXXXXXXXX
After Collision:
Mass
velocity
Momentum
Kinetic Energy
Small Blue Block
Small Red Block
Total
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