A 6.00-kg box skids along an inclined plane of 30° as shown in Figure 1. The coefficien of kinetic friction between the box and the incline plane, μ = 0.350. (i) Draw the free body diagram for the box and label all the forces. Apply the second Newton's law to find the acceleration of the box. 30° 2
A 6.00-kg box skids along an inclined plane of 30° as shown in Figure 1. The coefficien of kinetic friction between the box and the incline plane, μ = 0.350. (i) Draw the free body diagram for the box and label all the forces. Apply the second Newton's law to find the acceleration of the box. 30° 2
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A 6.00-kg box skids along an inclined plane of 30° as shown in Figure 1. The coefficient
of kinetic friction between the box and the incline plane, μ = 0.350.
(i) Draw the free body diagram for the box and label all the forces.
Apply the second Newton's law to find the acceleration of the box.
30°
Figure 1
2
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