Please fill in boxes and answer bottom two questions with any steps or formulas. Simulation used is ophysics.com/e2.html

E) the total kin Use Video Lab Simulation to complete part 1, Elastic Collision. Set values of the mass and the initial velocity of the Red and Blue boxes as it entered in the table. Set "elasticity" equal 1. Part 1.Elastic Collision Box Mass, Velocity before Momentum Total Total KE kg collision, m/s before collision, momentum before kg(m/s) before collision collision, J Red 5 6 Blue 3 -8 Calculate values of the "Momentum before collision" of the Red car, Blue car, "Total momentum before collision", "Total KE before collision". Show step-by-step calculations. Enter calculated values in the table. Run simulation. Collide the boxes and let the boxes continue to move after the collision for a little. From simulation record the "Velocity after collision" of the Red and Blue boxes in the table. Calculate values of the "Momentum after collision" of the Red and Blue boxes, "Total momentum after collision", "Total KE after collision". Show step-by-step calculations. Enter calculated values in the table. Box Mass, Velocity after Momentum after Total Total KE after kg collision, m/s collision, momentum collision, J kg(m/s) after collision Red 5 Blue 3 Make a photo of the screen (simulation) with values (before and after collision) and submit the photo with your assignment. How does the total momentum before an elastic collision compare to the total momentum after the collision? How does the total KE before an elastic collision compare to the total KE after the collision