Lab 4 write-up

Lab 4 write-up - Lab 4-Problem 4: Elastic Collisions...

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Lab 4-Problem 4: Elastic Collisions Problem Description: Determining the efficiencies of 3 collisions between two cars in which a moving cart collides with a stationary cart and they bounce apart due to magnetic bumpers. Of the three cases that will be analyzed one will be in which the moving car has more mass, one will be in which the stationary car has more mass, and one will be in which the masses equal. We will also give an equation to find the velocities after the collision based on the initial velocity of the moving cart. Prediction: Diagram of three cases: From the diagrams it is evident that both, kinetic energy and momentum are conserved. Using this knowledge we can use the equation for kinetic energy to find the energy efficiency. We can use these equations and the equation for momentum to solve for the velocity of cart a and the velocity of cart b. Using these equations I believe the most efficient collision will be
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when each cart has the same mass, the second most efficient will be when cart a has a smaller mass and the least efficient will be when cart b has a smaller mass. Procedure: 1. First gain access to necessary materials, which include: track, a meter stick, carts with magnetic bumper that fit the track, computer with the Motion-Lab program, video camera, a table or stand to elevate the track off of the ground, and weights for placement on car to add mass. 2.
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This note was uploaded on 07/10/2011 for the course MUS 1301 taught by Professor Marshak during the Spring '11 term at Minnesota.

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Lab 4 write-up - Lab 4-Problem 4: Elastic Collisions...

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