Initial values 0.25 kg, 0.4 kg, 0 m/s After collision 0.25kg, 1.5 m/s, A degrees 0.4 kg, B m/s, AA degrees 2 m/s, 0 degree Energy loss = 0.04 Joules Show the graph for momentum conservation equation in the horizontal direction with A degree as x-axis, C degrees as y-axis. On the same graph, plot the momentum conservation equation in the vertical direction Use the intersection point to find the values of A degrees, AA degrees, and B m/s.
Initial values 0.25 kg, 0.4 kg, 0 m/s After collision 0.25kg, 1.5 m/s, A degrees 0.4 kg, B m/s, AA degrees 2 m/s, 0 degree Energy loss = 0.04 Joules Show the graph for momentum conservation equation in the horizontal direction with A degree as x-axis, C degrees as y-axis. On the same graph, plot the momentum conservation equation in the vertical direction Use the intersection point to find the values of A degrees, AA degrees, and B m/s.
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Transcribed Image Text:Initial values
0.25 kg,
0.4 kg, 0 m/s
After collision
0.25kg, 1.5 m/s, A degrees
0.4 kg, B m/s, AA degrees
2 m/s, 0 degree
Energy loss = 0.04 Joules
Show the graph for momentum conservation equation in the horizontal direction with A degree as x-axis,
C degrees as y-axis. On the same graph, plot the momentum conservation equation in the vertical
direction
%3D
Use the intersection point to find the values of A degrees, AA degrees, and B m/s.
Energy loss = 0.06 Joules
Repeat
Energy loss = 0.08 Joules
Repeat
Energy loss = 0.10 Joules (20% loss from initial total KE of 0.5 J)
Repeat
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