Table 3.2. Mechanical Energy and Momentum Before Collision (Case 1) Average of five trialstx (m)y (m) vx(m/s) vy(m/s)PE (J) KE (J)ME (J)px (kg-m/s)5.196320.459395.655710.78464.94270.50475.44740.82244.572230.5058455.0780750.82334.257350.5210514.7784010.83563.607590.5270374.1346270.84042.853640.571663.42530.87522.345080.8584543.2035341.07251.6491380.9006332.5497711.09861.074762 1.1782152.2529771.25650.5733561.2219781.7953341.27961.92916432 0.63850236 0.80700222 1.1710305 -1.50109471.96058892 0.67647584 0.76761394 1.22742274 -1.55991812.01299346 0.73031998 0.71007836 1.22881496 -1.8842478-2.19277742.03872228 0.7640756 0.66117722 1.247147282.08651332 0.82233254 0.56026734 1.25429102 -2.55157342.16175116 0.88614 0.44317722 1.30631024 -2.5542122.19257108 0.91918942 0.36419704 1.60079625 -2.5714522.23561792 0.96709524 0.25611522 1.6396515 -3.5232472.260129 1.001854625 0.16691325 1.87538225 -3.86481052.28528 1.040611625 0.08904358 1.9098945 -4.5740275 5. Show a sample calculation of the px of marble A before collision. Does the px of marble Avary with time? Explain, then calculate the best value of the total momentum of the twomarbles before collision.

Momentum = Mass×VelocityAt t = 1.92916432, vx = 1.1710305 m/s , px =0.7846 kg.m/smass, m = pxvx…

Answered: 5. Show a sample calculation of the p,…

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5. Show a sample calculation of the p, of marble A before collision. Does the p, of marble A vary with time? Explain, then calculate the best value of the total momentum of the two marbles before collision.