if a driver drives at a constant rate of 36 miles per hour, how long would it take the driver to drive 342…

if a driver drives at a constant rate of 36 miles per hour, how long would it take the driver to drive 342 miles? it would take the driver \\(\\square\\) hour(s) to drive 342 miles. (type an integer or a decimal.)

if a driver drives at a constant rate of 36 miles per hour, how long would it take the driver to drive 342 miles? it would take the driver \\(\\square\\) hour(s) to drive 342 miles. (type an integer or a decimal.)

Answer

Explanation:

Step1: Recall the formula for time

The formula relating distance ((d)), rate ((r)), and time ((t)) is (t=\frac{d}{r}). Here, the distance (d = 342) miles and the rate (r=36) miles per hour.

Step2: Substitute the values into the formula

Substitute (d = 342) and (r = 36) into the formula (t=\frac{d}{r}), we get (t=\frac{342}{36}).

Step3: Calculate the value

Simplify (\frac{342}{36}), divide 342 by 36: (342\div36 = 9.5).

Answer:

9.5