A constant horizontal 847.9 N force is applied to a stationary 27.4 kg mass, pushing it up a rough ramp at an incline of 40.9 degrees. If the coefficient of friction of the ramp is 0.46, then how much total work was done on the mass after it has gone 3.5 meters up the ramp? please provide your answer in kJ to 2 decimal place
A constant horizontal 847.9 N force is applied to a stationary 27.4 kg mass, pushing it up a rough ramp at an incline of 40.9 degrees. If the coefficient of friction of the ramp is 0.46, then how much total work was done on the mass after it has gone 3.5 meters up the ramp? please provide your answer in kJ to 2 decimal place
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![A constant horizontal 847.9 N force is applied to a
stationary 27.4 kg mass, pushing it up a rough ramp at
an incline of 40.9 degrees. If the coefficient of friction of
the ramp is 0.46, then how much total work was done
on the mass after it has gone 3.5 meters up the ramp?
please provide your answer in kJ to 2 decimal place](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F780ec9ac-c71a-446b-991e-c3dcc6ab3a34%2Ff01babb5-debe-4534-8589-59fa63c9960b%2Fpaa11w_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A constant horizontal 847.9 N force is applied to a
stationary 27.4 kg mass, pushing it up a rough ramp at
an incline of 40.9 degrees. If the coefficient of friction of
the ramp is 0.46, then how much total work was done
on the mass after it has gone 3.5 meters up the ramp?
please provide your answer in kJ to 2 decimal place
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