Question: https://phet.colorado.edu./sim/html/collision-lab/latest/collision-lab_html Activity used for it ^ Experiment 1B - Bouncing (Elasticity 100%) Change the mass of the red ball to match that of the green

https://phet.colorado.edu./sim/html/collision-lab/latest/collision-lab_html Activity used for it ^

https://phet.colorado.edu./sim/html/collision-lab/latest/collision-lab_html Activity used for it ^ Experiment 1B - Bouncing (Elasticity 100%)

Experiment 1B - Bouncing (Elasticity 100%) Change the mass of the red ball to match that of the green ball. Click on "More Data" and fill in the information below. Be sure to include units. Then click "Restart." Before: Mass of red ball: Velocity of red ball: Mass of green ball: Velocity of green ball: Momentum of red ball: Momentum of green ball: Momentum of System Before Collision (Pred + Pgreen) . = Click play, and then fill in the information below for After: Mass of red ball: Mass of green ball: Velocity of red ball: Velocity of green ball: Momentum of red ball: Momentum of green ball: Momentum of System After Collision (Pred + Pgreen) = 4. What happens to the momentum of the red ball after the collision? . Increases, but stays in the same direction b. Increases, and changes direction C. Decreases, but stays in the same direction d. Decreases, and changes direction 5. What happens to the momentum of the green ball after the collision? a. Increases, but stays in the same direction b. Increases, and changes direction c. Decreases, but stays in the same direction d. Decreases, and changes direction 6. What happens to the momentum of the system after the collision? a. Increases b. Decreases c. Stays the same

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