2. A force of 186 N acts on a 7.3kg bowling ball for .40sa. What is the bowling ball's change in momentum?b. How large of a force is exerted?
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A stick with a mass of 0.224 and a length of 0.416 rests in contactwith a bowling ball and a rough floor, as shown in the figure . Thebowling ball has a diameter of 20.6 , and the angle the stick makeswith the horizontal is 30.0 . You may assume there is no frictionbetween the stick and the bowling ball, though friction with thefloor must be taken into account.Find the magnitude of the force exerted on the stick by the bowlingball.Find the horizontal component of the force exerted on the stick bythe floor.Repeat part B for the vertical component of the force.
A stick with a mass of 0.210 kgand a length of 0.439 m rests in contact with a bowling ball and arough floor, as shown in the figure below. The bowling ball has adiameter of 22.78 cm, and the angle θ the stick makes with thehorizontal is 37°. You may assume there is no friction between thestick and the bowling ball, though friction with the floor must betaken into account.Find the magnitude of the force exerted on the stick by the bowlingball.