Work 2. An 8.0kg box slides down a surface that is inclined at 53° below the horizontal at a distance of 2.00m. The coefficient of kinetic friction between the package and the surface is 0.40. a. Calculate the work done on the box by friction. h. Calculate the wrk done n the box hy gravity

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LETTER A AND B ONLY
Work
2. An 8.0kg box slides down a surface that is inclined at 53* below the horizontal at a distance of
2.00m. The coefficient of kinetic friction between the package and the surface is 0.40.
a. Calculate the work done on the box by friction.
b. Calculate the work done on the box by gravity.
c. Calculate the work done on the box by normal force.
d. Calculate the total work done on the box.
Work-Energy Theorem
21m /sand at
Transcribed Image Text:Work 2. An 8.0kg box slides down a surface that is inclined at 53* below the horizontal at a distance of 2.00m. The coefficient of kinetic friction between the package and the surface is 0.40. a. Calculate the work done on the box by friction. b. Calculate the work done on the box by gravity. c. Calculate the work done on the box by normal force. d. Calculate the total work done on the box. Work-Energy Theorem 21m /sand at
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