Solve part a$),$ part b$),$ part c$),$ and part d$)$ thank you.

Problem $2.$ A car travels on an even, horizontal road. Measurements indicate that, during a time interval of $2\mathrm{.}0$ minutes, the car's tires have made $1200$ revolutions. The wheels of the car have a diameter of $0\mathrm{.}64$ meters. For this $2-$minute interval, calculate

$($a$)$ the distance traveled by the car;

$($b$)$ the average rate of rotation of the car's tires in rps $($revolutions per second$)$;

$($c$)$ the average angular speed of the car's tires in radians per second;

$($d$)$ the average speed of the car in miles per hour.