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A Particle Moves on a Straight Line with Velocity Function v(t)=sinatcos3atv ( t ) = \sin a t \cos ^ { 3 } a t

Question 45

Multiple Choice

A particle moves on a straight line with velocity function v(t) =sinatcos3atv ( t ) = \sin a t \cos ^ { 3 } a t . Find its position function s=f(t) s = f ( t ) if f(0) =0f ( 0 ) = 0 .


A) cos5ωt+15a\frac { \cos ^ { 5 } \omega t + 1 } { 5 a }
B) sin2at+17a\frac { \sin ^ { 2 } a t + 1 } { 7 a }
C) sin3at13a\frac { \sin ^ { 3 } a t - 1 } { 3 a }
D) 1cos4ωt4a\frac { 1 - \cos ^ { 4 } \omega t } { 4 a }
E) 1cos6ωt+16ω\frac { 1 - \cos ^ { 6 } \omega t + 1 } { 6 \omega }

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