Five Biomechanics students push a 520 kg Honda Accord, 213 meters up Austin Bluffs. Austin Bluffs in the area where the pushing takes place is a constant uphill with a 4 degree upslope. They perform this feat in 58.1 seconds. What power do these five students generate to perform this task? You can do this using energy/time or work/time. Same answer. Include units (W) in your answer. Express your answer to the nearest Watt. Note, 1 Nm/sec = 1W.

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Five Biomechanics students push a 520 kg Honda Accord, 213 meters up Austin
Bluffs. Austin Bluffs in the area where the pushing takes place is a constant
uphill with a 4 degree upslope. They perform this feat in 58.1 seconds.
What power do these five students generate to perform this task? You can do
this using energy/time or work/time. Same answer.
Include units (W) in your answer. Express your answer to the nearest Watt.
Note, 1 Nm/sec = 1W.
%3D
Transcribed Image Text:Five Biomechanics students push a 520 kg Honda Accord, 213 meters up Austin Bluffs. Austin Bluffs in the area where the pushing takes place is a constant uphill with a 4 degree upslope. They perform this feat in 58.1 seconds. What power do these five students generate to perform this task? You can do this using energy/time or work/time. Same answer. Include units (W) in your answer. Express your answer to the nearest Watt. Note, 1 Nm/sec = 1W. %3D
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