Case 1: Elastic collisions (keep the elasticity setting at 1 for this phase). With actual carts, the carts have magnets in the ends that face one another, with the magnets arranged to repel. Collision mi Vir V2 Vi +6.0 m/s m= (1.0 kg) 2m =(2.0 me m(1.0 kg) (1.0 kg) -3.0 m/s 2 +3.0 m/s -3.0 m/s Collision рі p2 papii+p2 pur par pre put Dar 1 +6.0 kg m's -3.0 kg m/s -3.0 kg +3.0 kg m's +3.0 kg m's 2 +6.0 kg m/s m's Collision Kli Ki Kur Kr Ki-Kii+ K 22.5 J K- Kir+ Kar 18.0J 4.5 J 2 9.03 4.5 13.5J Is kinetic energy of the system) conserved in
a. An clastic collision (Case 1)? Yes or No
b. A completely inelastic collision (Case 2)? Yes or No
c. An inelastic collision (Case 3)?Yes or No
Explain your answers above using the data and calculations.
Explain how at least one graph on the simulation supports your answers above.
Describe and explain the differences in net kinetic energy, after the collision, between these three cases.