The graph of the net force acting on the object of m = 3 (kg) along the x-axis is as shown in the figure. If the initial velocity of the object is 4 (m/s). Find its kinetic energy at x = 20 (m) in Joules. F, (N) x (m) 20 A) 204 В) 208 C) 218 D) 224 E) 236 20
The graph of the net force acting on the object of m = 3 (kg) along the x-axis is as shown in the figure. If the initial velocity of the object is 4 (m/s). Find its kinetic energy at x = 20 (m) in Joules. F, (N) x (m) 20 A) 204 В) 208 C) 218 D) 224 E) 236 20
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Transcribed Image Text:The graph of the net force acting on the object of m = 3 (kg) along the x-axis is as shown in the figure. If the
initial velocity of the object is 4 (m/s). Find its kinetic energy at x = 20 (m) in Joules.
F. (N)
20
x (m)
20
A) 204
B) 208
C) 218
D) 224
E) 236
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