Perfectly Inelastic Collisions. fill out the charts below and show all calculations for each case.

IMAGE FOR CASE 1, AFTER EXPERIMENT COMPLETION

IMAGE FOR CASE 2, AFTER EXPERIMENT COMPLETION

IMAGE FOR CASE 3, AFTER EXPERIMENT COMPLETION

IMAGE FOR CASE 4, AFTER EXPERIMENT COMPLETION

Information required for the charts are in the questions.
 
 
 
 
 
 

For Part II, select "Inelastic Collision". Please refer to below illustration and formula for before and after collision in one dimensional inelastic collisions (along the x-axis). Note that carts stick and have a common final velocity. my (v1)i Case 1: Before Collision Part II: Perfectly Inelastic Collisions Pi.total = P + P2i = mv +mval 11.2 Cart Red (1) Blue (2) System Total After Collision M 1. Set the type of collision to Inelastic 2. Give the carts equal masses of 1kg. 3. With the blue cart at the center of the track at rest and red car at the left end, set the initial velocity of the red cart to -10 m/s. 4. Run the simulation and record your results in the table. m2 Pf.total = Py + Pf = (m + m) vf Initial Momentum Final momentum (before collision) (p); (after collision), (p), Change in momentum. Ap 5. Show your calculation for initial momentum of each cart and find the total initial momentum of the system 6. Show your calculation for final momentum of each cart and find the total final momentum of the system.