(radius = .0366 m, ma ling (height = 1250 ft kinetic energy, and (e line integral of the f are this last result to t
(radius = .0366 m, ma ling (height = 1250 ft kinetic energy, and (e line integral of the f are this last result to t
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Transcribed Image Text:A baseball (radius = .0366 m, mass = .145 kg) is dropped from rest at the top of the Empire
State Building (height = 1250 ft). Calculate (a) the initial potential energy of the baseball,
(b) its final kinetic energy, and (c) the total energy dissipated by the falling baseball by com-
puting the line integral of the force of air resistance along the baseball's total distance of
fall. Compare this last result to the difference between the baseball's initial potential energy
and its final kinetic energy. (Hint: In part (c) make approximations when evaluating the
hyperbolic functions obtained in carrying out the line integral.)
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