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Table for collisions with magnetic bumpers Trial 1: Both carts same mass Trial 2: Stationary cart having more mass Trial 3: Stationary cart having less mass Total mass $m_b$ of blue cart 0.250 kg 0.250 kg 0.500 kg Total mass $m_r$ of red cart 0.250 kg 0.500 kg 0.250 kg Velocity $v_{b,i}$ of the blue cart before the collision 0.471 m/s 0.334 m/s 0.366 m/s Velocity $v_{r,i}$ of the red cart before the collision 0 m/s 0 m/s 0 m/s Velocity $v_{b,f}$ of the blue cart after the collision -0.004 m/s -0.106 m/s 0.110 m/s Velocity $v_{r,f}$ of the red cart after the collision 0.449 m/s 0.208 m/s 0.463 m/s Total momentum $p_i$ of both carts before the collision kg m/s kg m/s kg m/s Total momentum $p_f$ of both carts after the collision kg m/s kg m/s kg m/s Ratio $p_f/p_i$ of the total momentum TYPE ANSWER HERE TYPE ANSWER HERE TYPE ANSWER HERE Total kinetic energy $K_i$ before the collision TYPE ANSWER HERE TYPE ANSWER HERE TYPE ANSWER HERE J J J Total kinetic energy $K_f$ after the collision TYPE ANSWER HERE TYPE ANSWER HERE TYPE ANSWER HERE J J J Ratio $K_f/K_i$ of the total kinetic energies TYPE ANSWER HERE TYPE ANSWER HERE TYPE ANSWER HERE Table 1: Measurements and calculations for the collisions with magnetic bumpers.

          Table for collisions with magnetic bumpers
Trial 1:
Both carts same mass
Trial 2: Stationary cart
having more mass
Trial 3: Stationary cart
having less mass
Total mass $m_b$ of blue cart
0.250 kg
0.250 kg
0.500 kg
Total mass $m_r$ of red cart
0.250 kg
0.500 kg
0.250 kg
Velocity $v_{b,i}$ of the blue
cart before the collision
0.471 m/s
0.334 m/s
0.366 m/s
Velocity $v_{r,i}$ of the red cart
before the collision
0 m/s
0 m/s
0 m/s
Velocity $v_{b,f}$ of the blue
cart after the collision
-0.004 m/s
-0.106 m/s
0.110 m/s
Velocity $v_{r,f}$ of the red cart
after the collision
0.449 m/s
0.208 m/s
0.463 m/s
Total momentum $p_i$ of both
carts before the collision
kg m/s
kg m/s
kg m/s
Total momentum $p_f$ of both
carts after the collision
kg m/s
kg m/s
kg m/s
Ratio $p_f/p_i$ of the total
momentum
TYPE ANSWER HERE TYPE ANSWER HERE TYPE ANSWER HERE
Total kinetic energy $K_i$
before the collision
TYPE ANSWER HERE TYPE ANSWER HERE TYPE ANSWER HERE
J
J
J
Total kinetic energy $K_f$
after the collision
TYPE ANSWER HERE TYPE ANSWER HERE TYPE ANSWER HERE
J
J
J
Ratio $K_f/K_i$ of the total
kinetic energies
TYPE ANSWER HERE TYPE ANSWER HERE TYPE ANSWER HERE
Table 1: Measurements and calculations for the collisions with magnetic bumpers.

table for collisions with magnetic bumpers trial 1 both carts same mass trial 2 stationary cart having more mass trial 3 stationary cart having less mass total mass mb of blue cart 0250 kg 43612

Added by David M.

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