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//Wheel rotating about fixed axis
//Initial velocity
omega0=2.0944 //rad/sec
t=70 //sec
//Angular displacement
theta=100*%pi //radian
//Using kinematic equation
alpha=0.06839 //rad/sec^2
//Angular velocity at the end of 70 seconds interval
omega=2.0944+0.06839*70 //rad/sec
//Let the time required for the velocity to reach 100 rpm be t
t=(((200*%pi)/(60))-(2.0944))*((1)/(0.06839)) //sec
printf("\nomega=%.3f rad/sec\nt=%.3f sec",omega,t)
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