The bicycle and rider in (Figure 1) have a total weight of 120 lb. Neglect the resistance due to the wind and the size of the bicycle and rider. Part A Determine the resultant normal force acting on the bicycle when it is at point A while it is freely coasting at VA = 6 ft/s. Express your answer in pounds using three significant figures. —| ΑΣΦ [1] vec 1 N = Submit Part B at = Request Answer Submit Calculate the increase in the bicyclist's speed at this point. Express your answer in feet per second squared using three significant figures. AΣ vec 3 ? Request Answer lb ? ft/s²

The bicycle and rider in (Figure 1) have a total weight of 120 lb. Neglect the resistance due to the wind and the size of the bicycle and rider. Part A Determine the resultant normal force acting on the bicycle when it is at point A while it is freely coasting at VA = 6 ft/s. Express your answer in pounds using three significant figures. —| ΑΣΦ [1] vec 1 N = Submit Part B at = Request Answer Submit Calculate the increase in the bicyclist's speed at this point. Express your answer in feet per second squared using three significant figures. AΣ vec 3 ? Request Answer lb ? ft/s²

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