20 a) For the equipment to land at the front of the ship, at what distance D from the dock should the ship be when the equipment is thrown? Ignore air resistance. b) If v=0.4 m/s, v₂ = 16 m/s, 0 = 55°, and h = 9.25 m, what is the total time of flight of the equipment? ) Using the numbers given in part (b), what are the x and y components of the velocity of the equipment just before impacting the deck of the ship? Make hose calculations from the perspective of a person standing on the deck of the hip (i.e., in the ship's frame of reference).
20 a) For the equipment to land at the front of the ship, at what distance D from the dock should the ship be when the equipment is thrown? Ignore air resistance. b) If v=0.4 m/s, v₂ = 16 m/s, 0 = 55°, and h = 9.25 m, what is the total time of flight of the equipment? ) Using the numbers given in part (b), what are the x and y components of the velocity of the equipment just before impacting the deck of the ship? Make hose calculations from the perspective of a person standing on the deck of the hip (i.e., in the ship's frame of reference).
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Transcribed Image Text:12
a) For the equipment to land at the front of the ship, at what distance D
from the dock should the ship be when the equipment is thrown? Ignore air
resistance.
t
b) If v₁ = 0.4 m/s, v2 = 16 m/s, 0 = 55°, and h = 9.25 m, what is the total time
of flight of the equipment?
c) Using the numbers given in part (b), what are the x and y components of
the velocity of the equipment just before impacting the deck of the ship? Make
those calculations from the perspective of a person standing on the deck of the
ship (i.e., in the ship's frame of reference).
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