pas 1025. The motion of a particle is defined by the relation a = feet per second? and t in seconds. It is known that s = when t = 4 t, where a is in 1 ft and v = 2 ft per sec 1 sec. Determine the relations between v and t, s and t, v and s. Ans. v = 2 12; 3 s = 2 + 1; v³/2 (3 s - 1) V2

Structural Analysis
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Author:KASSIMALI, Aslam.
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Chapter2: Loads On Structures
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1025. The motion of a particle is defined by the relation a
feet per second' and t in seconds. It is known that s
when t
4 t, where a is in
1 ft and v
1 sec. Determine the relations between v and t, s and t, v and s.
2 ft per se:
Ans. v = 2 ?; 3 s == 2 + 1; v3/2 = (3 s - 1) /2
(3 s -- 1) V2
Transcribed Image Text:per sec 1025. The motion of a particle is defined by the relation a feet per second' and t in seconds. It is known that s when t 4 t, where a is in 1 ft and v 1 sec. Determine the relations between v and t, s and t, v and s. 2 ft per se: Ans. v = 2 ?; 3 s == 2 + 1; v3/2 = (3 s - 1) /2 (3 s -- 1) V2
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