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h A steel wire of length L connects a hook on the ceiling to a bowling ball, With the steel wire kept taut, the bowling ball is

h A steel wire of length L connects a hook on the ceiling to a bowling ball, With the steel wire kept taut, the bowling ball is lifted to a height h above the floor, and then released. The bowling ball swings back and forth in the motion of a pendulum. After the bowling ball is released, what is the maximum height above the floor that it reaches? Assume that friction does not affect its motion. O h/2 O 1.33h OL On PREVIOUS 34 of 40 NEXT SAVE & EXIT

h A steel wire of length L connects a hook on the ceiling to a bowling ball, With the steel wire kept taut, the bowling ball is lifted to a height h above the floor, and then released. The bowling ball swings back and forth in the motion of a pendulum. After the bowling ball is released, what is the maximum height above the floor that it reaches? Assume that friction does not affect its motion. O h/2 O 1.33h OL On PREVIOUS 34 of 40 NEXT SAVE & EXIT

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Part F A 220 g mass attached to a horizontal spring oscillates at a frequency of 1.30 Hz. Att = 0 s, the mass is at 2 = 4.80 cm and has v. = -32.0 cm/s. Determine the maximum acceleration Express your answer to three significant figures and include the appropriate units. View Available Hint(s) HA ? max = Value Units