$11-19.$ A wheel rotating at $10$ rpm is accelerated at $5ra\frac{d}{s^2}$ for $6$ seconds. It is then braked to a stop in $2$ seconds. Determine $($a$)$ the maximum rpm or $ra\frac{d}{s}$ reached, $($b$)$ the total number of revolutions from $t=0$ to $t=8$ seconds, and $($c$)$ the deceleration rate.

Page $1$ of $211-19.$ A wheel rotating at $10$ rpm is accelerated at $5ra\frac{d}{s^2}$ for $6$ seconds. It is then braked to a stop in $2$ seconds. Determine $($a$)$ the maximum rpm or $ra\frac{d}{s}$ reached, $($b$)$ the total number of revolutions from $t=0$ to $t=8$ seconds, and $($c$)$ the deceleration rate.

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