The vertical motion of a ship at sea is described by equation d²y = -4y , where y is vertical height of ship in dt? metre above its mean position. If it oscillates through height of 1 m Its maximum vertical velocity is 2 ms-1 Its maximum vertical velocity is 1 ms-1 Its maximum vertical acceleration is 16 ms-2 Its minimum vertical acceleration is 10 ms-2

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10:24 O. M Shop
AIATS For Two Year Medic.
A
2 /180
(02:59
hr min
Mark for Review
The vertical motion of a ship at sea is described by
equation
d²y
= -4y , where y is vertical height of ship in
dt2
metre above its mean position. If it oscillates through
height of 1 m
Its maximum vertical velocity is 2 ms-1
Its maximum vertical velocity is 1 ms-1
Its maximum vertical acceleration is 16 ms-2
Its minimum vertical acceleration is 10 ms-2
Clear Response
II
III
Transcribed Image Text:10:24 O. M Shop AIATS For Two Year Medic. A 2 /180 (02:59 hr min Mark for Review The vertical motion of a ship at sea is described by equation d²y = -4y , where y is vertical height of ship in dt2 metre above its mean position. If it oscillates through height of 1 m Its maximum vertical velocity is 2 ms-1 Its maximum vertical velocity is 1 ms-1 Its maximum vertical acceleration is 16 ms-2 Its minimum vertical acceleration is 10 ms-2 Clear Response II III
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