In this experiment, the masses of the two carts were measured to bem1 = 1.016 kg, m2 = 0.505 kgUse these masses and the statistics data from the graph to calculatethe total momentum of the system (cart 1 + cart 2) right before the collision (while cart 1 was going at a nearly constant speed)the total momentum of the system (cart 1 + cart 2) right after the collision (both carts going at a nearly constant speeds) Me pushing cart and my hand caught by sensorStatistics for: Latest| Velocitymin: 0.6995 at 1.350 max: 0.7141 at 1.500mean: 0.7088 median: 0.7114std. dev: 0.006149 samples: 7Av: 0.015Statistics for: Latest | Velocitymin: 0.4491 at2.250 max: 0.4600 at2.050mean: 0.4531 median: 0.4511std. dev: 0.004188 samples: 9Av: 0.011cart 1 moving with nearly constant speed.5-carts moving togcollision.0-

Name: In this experiment, the masses of the two carts were measured to bem1
Uploaded: 2024-03-20T06:57:37.000Z
Channel: Bartleby
Description: In this experiment, the masses of the two carts were measured to bem1 = 1.016 kg, m2 = 0.505 kgUse these masses and the statistics data from the graph to calculatethe total momentum of the system (cart 1 + cart 2) right before the collision (while c

Given information: The mass of the carts: m1 = 1.016 kgm2 = 0.505 kg Assumption:The velocity of the…

Science

Physics

the masses of the two carts were measured to be m1 = 1.016 kg, m2 = 0.505 kg Use these masses and the statistics data from the graph to calculate the total momentum of the system (cart 1 + cart 2) right before the collision (while cart 1 was going at a nearly constant speed) the total momentum of the system (cart 1 + cart 2) right after the collision (both carts going at a nearly constant speeds)