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A small particle P starts from point O with a negligible speed and increases its speed to a value v = 2 gy, where y is the vertical drop from 0. When x = 48 ft, determine the n-component of...

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Subject: Dynamics of rigid bodies

A small particle P starts from point O with a negligible speed and increases its speed to a value v = 2 gy, where y is the vertical
drop from 0. When x = 48 ft, determine the n-component of acceleration of the particle.
Horizontal
P
y%3D
ft
18
Vertical
Answer: an
ft/sec2
%3D
Extracted text: A small particle P starts from point O with a negligible speed and increases its speed to a value v = 2 gy, where y is the vertical drop from 0. When x = 48 ft, determine the n-component of acceleration of the particle. Horizontal P y%3D ft 18 Vertical Answer: an ft/sec2 %3D
Answered 105 days After Jun 04, 2022

Solution

Perla answered on Sep 17 2022
63 Votes
Solution
Objective: To find n component of acceleration at a given point.
Given Data:
A small particle P moving along the curved path from O with negligible velocity and increasing its speed as v = sqrt(2*g*y),
V is the velocity of the particle along the tangential curve.
Y is the drop when travelled along the distance x
Given that x is 48’ from O. (Along horizontal...
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