If the beaters on a Mixmaster make 710 revolutions in 4 minutes, what is the average rotational speed of the beaters? Express your answer in both revolutions per minute and revolutions per second.

710rev/4min = 177.5 rev/min.

710rev/60s = -----rev/s.

Correction: 177.5rev/60s = -----rev/s.

To find the average rotational speed of the beaters, we need to divide the total number of revolutions by the total time.

The beaters made 710 revolutions in 4 minutes.

Average rotational speed (in revolutions per minute) = Total revolutions / Total time

Average rotational speed (in revolutions per minute) = 710 revolutions / 4 minutes = 177.5 revolutions per minute

To convert revolutions per minute to revolutions per second, we will divide the result by 60 (since there are 60 seconds in a minute).

Average rotational speed (in revolutions per second) = 177.5 revolutions per minute / 60 seconds = 2.9583 revolutions per second (rounded to 4 decimal places)

Therefore, the average rotational speed of the beaters is approximately 177.5 revolutions per minute and 2.9583 revolutions per second.

To find the average rotational speed of the beaters, we can use the formula:

Average Rotational Speed = Total Revolutions / Total Time

Given that the beaters make 710 revolutions in 4 minutes, we can calculate the average rotational speed as follows:

Average Rotational Speed = 710 revolutions / 4 minutes

To express the answer in revolutions per minute (RPM), we simply divide the total revolutions by the total time:

Average Rotational Speed = 710 revolutions / 4 minutes ≈ 177.5 RPM

To convert revolutions per minute (RPM) to revolutions per second (RPS), we divide the RPM value by 60 since there are 60 seconds in a minute:

Average Rotational Speed = 177.5 RPM / 60 ≈ 2.958 RPS

Therefore, the average rotational speed of the beaters is approximately 177.5 RPM and 2.958 RPS.