lete is training his stamina by pulling a load OI 125 kg box at 846 N through a Given that ough surface by a rope at 35.9° above horizontal as shown in Figure 4. he coefficient of kinetic friction between the load and the surface, H = 0.546. 35.9° Figure 4 a) Draw a complete free body diagram of the box. b) Compute the frictional force between the load and the surface. c) Determine the acceleration of the load. d) Without adding additional load, propose a slight modification to the above setting to increase the toughness of the training. Justify your proposal.

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An athlete is training his stamina by pulling a load of 125 kg box at 846 N through a rough surface by a rope at 35.9° above horizontal as shown in Figure 4. Given that the coefficient of kinetic friction between the load and the surface, uk = 0.546

(a) Draw a complete free body diagram of the box
(b) Compute the frictional force between the load and the surface
(c) Determine the acceleration of the load
(d) Without adding additional load, propose a slight modification to the above setting to increase the toughness of the training. Justify your proposal.

An athlete is training his stamina by pulling a load of 125 kg box at 846 N through a
rough surface by a rope at 35.9° above horizontal as shown in Figure 4. Given that
the coefficient of kinetic friction between the load and the surface, µ = 0.546.
35.9°
Figure 4
(а)
Draw a complete free body diagram of the box.
(b)
Compute the frictional force between the load and the surface.
(c)
Determine the acceleration of the load.
(d)
Without adding additional load, propose a slight modification to the above
setting to increase the toughness of the training. Justify your proposal.
Transcribed Image Text:An athlete is training his stamina by pulling a load of 125 kg box at 846 N through a rough surface by a rope at 35.9° above horizontal as shown in Figure 4. Given that the coefficient of kinetic friction between the load and the surface, µ = 0.546. 35.9° Figure 4 (а) Draw a complete free body diagram of the box. (b) Compute the frictional force between the load and the surface. (c) Determine the acceleration of the load. (d) Without adding additional load, propose a slight modification to the above setting to increase the toughness of the training. Justify your proposal.
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