To get a toolbox up an inclined slope, a student installs a pulley system as in the picture shown. The student uses their body weight to apply a force. The student weighs 77.6kg, and the toolbox weighs 19.5kg. The angle of the slope is 26.6° above the horizontal. The coefficient of friction between the box and the slope is 0.297. Once the student gets the box moving, what will its acceleration be?
To get a toolbox up an inclined slope, a student installs a pulley system as in the picture shown. The student uses their body weight to apply a force. The student weighs 77.6kg, and the toolbox weighs 19.5kg. The angle of the slope is 26.6° above the horizontal. The coefficient of friction between the box and the slope is 0.297. Once the student gets the box moving, what will its acceleration be?
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Transcribed Image Text:To get a toolbox up an inclined slope, a student installs a pulley system as in the picture shown. The student uses their body
weight to apply a force. The student weighs 77.6kg, and the toolbox weighs 19.5kg. The angle of the slope is 26.6° above the
horizontal. The coefficient of friction between the box and the slope is 0.297. Once the student gets the box moving, what
will its acceleration be?
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