The graph below shows a plot of angular acceleration in rad/s² versus time from t = 0 s to t = 8 s.The angular velocity at t = 0 s is

\omega _ { 0 } = 5 \frac { \mathrm { rad } } { \mathrm { s } }

,CCW.The angular velocity,

\omega

,at t = 8 s is $The graph below shows a plot of angular acceleration in rad/s<sup>2</sup> versus time from t = 0 s to t = 8 s.The angular velocity at t = 0 s is \omega _ { 0 } = 5 \frac { \mathrm { rad } } { \mathrm { s } } ,CCW.The angular velocity, \omega ,at t = 8 s is A) 18 \frac { \mathrm { rad } } { \mathrm { s } } ,CW. B) 18 \frac { \mathrm { rad } } { \mathrm { s } } ,CCW. C) 23 \frac { \mathrm { rad } } { \mathrm { s } } ,CW. D) 23 \frac { \mathrm { rad } } { \mathrm { s } } ,CCW. E) 43 \frac { \mathrm { rad } } { \mathrm { s } } ,CW.$
A)

18 \frac { \mathrm { rad } } { \mathrm { s } }

,CW.
B)

18 \frac { \mathrm { rad } } { \mathrm { s } }

,CCW.
C)

23 \frac { \mathrm { rad } } { \mathrm { s } }

,CW.
D)

23 \frac { \mathrm { rad } } { \mathrm { s } }

,CCW.
E)

43 \frac { \mathrm { rad } } { \mathrm { s } }

,CW.

A Wheel (Radius = 0

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