This is based on the Wendt collision virtual lab
Click here: or copy & paste the link below
Look at the chart on the last page. Fill in your answers for the AFTER COLLISION
COLLISION 1. The velocity for the RED wagon and the velocity for the BLUE wagon .
COLLISION 2. The velocity for the RED wagon and the velocity for the BLUE wagon .
COLLISION 3. The velocity for the RED wagon and the velocity for the BLUE wagon .
COLLISION 4. The velocity for the RED wagon and the velocity for the BLUE wagon .
COLLISION 5. The velocity for the RED wagon and the velocity for the BLUE wagon .
COLLISION 6.The velocity for the RED wagon and the velocity for the BLUE wagon .
COLLISION 7.The velocity for the RED wagon and the velocity for the BLUE wagon .
COLLISION 8. The velocity for the RED wagon and the velocity for the BLUE wagon .
COLLISION 9. The velocity for the RED wagon and the velocity for the BLUE wagon .
COLLISION 10. The velocity for the RED wagon and the velocity for the BLUE wagon .
https://www.physicsclassroom.com/Physics-Interactives/Momentum-and-Collisions/Collision-Carts/Collision-Carts-Interactive
Explore all three types of collisions. When you're ready, Click: explosion to answer the questions below.
If the masses of the two objects are equal, then their post-explosion velocity will be (assuming the system is initially at rest).
If the masses of the two objects are unequal, then they will be set in motion by the explosion with