How do i fill in KE table?

Perfectly Inelastic Collisions: Elasticity In on 0% > Contrast an inelastic collision with an elastic collision. m1 m2 V1 V2 Ptotal V12f 1.20 kg 1.20 kg +1.50 m/s -1.80 m/s - 0. 36 - 0. 15 2.40 kg 4.80 kg +1.30 m/s 0- 80 7.00 kgm/s 0.97 1.50 kg 5.50 kg +3.20 m/s +.800 m/s 9. 2 1.3 / 2.50 kg 2.50 1.20 m/s - 1.20 O 0.0 m/s KE1 KE2 KE 12f Describe the effect of an inelastic collision on the total kinetic energy of the two-object system. Objects undergo deformation which causes the total Kinetic energy of the Zobject System to decrease 1. A collision where both momentum and kinetic energy are conserved is an elasticy inelastic collision. 2. A 500. gram cart moving at .360 m/s has how much momentum? 0.16 kym's what is its change in 3 If the above 500 gran was to bounce back d return with a vel cityInvestigate the action of a le aNOTE Ovetarget object. C ... What happens to the less-massive attacking object! corn - arection Changes What happens to the more-massive target object? moves in direction hit Complete the below table and check your work in the simulation. m1 m2 V1 V2 Ptotal Vif V2f 1.20 kg 1.20 kg +1.50 m/s -1.80 m/s - 0. 36 -1.80 m/s 1. So 2.40 kg 4.80 kg +1.30 m/s 0.0 m/s -.433 m/s 3.12 D . 87 2.50 kg 3.90 kg 850 m/s 11.5 kgm/s 2.68 m/s 3.27 0.32 5.10 kg 1.00 kg 0.900 m/s -4.60 m/s 4.60 m/s -0.0 - o.ap KE1 KE2 KE If KE 2f (from above) KE stands for Kinetic Energy KE = 1, my and is measured in joules. Note that kinetic energy is a scalar, not a