Three forces are acting on a 1.50 kg particle over a horizontal frictionless surface (top-down view below). The block moves 85.0 cm as shown in the direction of the 8.00 N force. If the particle moves this distance in a time of 3.70 s, find the average total power delivered to the particle.
Three forces are acting on a 1.50 kg particle over a horizontal frictionless surface (top-down view below). The block moves 85.0 cm as shown in the direction of the 8.00 N force. If the particle moves this distance in a time of 3.70 s, find the average total power delivered to the particle.
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![5. Three forces are acting on a 1.50 kg particle over a horizontal frictionless surface (top-down view
below). The block moves 85.0 cm as shown in the direction of the 8.00 N force.
If the particle moves this distance in a time of 3.70 s, find the average total power delivered to the
particle.
8 N
85.0 cm
40°
10 N
15 N](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2c253aa4-5f11-4b45-b85d-d6f601a4b448%2Fcc2a810e-d84c-429f-b4da-a94b8d8a83a6%2Fa4hbehj_processed.png&w=3840&q=75)
Transcribed Image Text:5. Three forces are acting on a 1.50 kg particle over a horizontal frictionless surface (top-down view
below). The block moves 85.0 cm as shown in the direction of the 8.00 N force.
If the particle moves this distance in a time of 3.70 s, find the average total power delivered to the
particle.
8 N
85.0 cm
40°
10 N
15 N
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