A body making one revolution per minute in a circle of one foot radius will in one second revolve through an arc of 6°.

Normal helicopters work at a fixed rate of rotor revolutions per minute.

The number of revolutions per minute is also set at a fixed rate.

The shafts of the dynamos have a velocity of 600 revolutions per minute.

The one shaft in common runs with a velocity of 60 revolutions per minute.

Sixty revolutions per minute is equal to 120 strokes, or two strokes per second.

This continues until the speed of rotation has increased to about 60 revolutions per minute.

It can, however, be run at as high a speed as 140 revolutions per minute.

This is all done at high-speed -up to tens of thousands of revolutions per minute.

The number of revolutions per minute will of course vary with the diameter of the saw.

Sensors clocked him spinning at 177 revolutions per minute (rpm).

Now divide the feet per minute by the propeller revolutions per minute, add 15 per cent.

That God forsaken country reminds me of a fly wheel on a automobeel-2000revolutions per minute.

They spin at tens of thousands of revolutions per minute, and their compressor blades are easily damaged.

You play them at 16 revolutions per minute, not 33 or 45.

The resistance when making 120 revolutions per minute is 2,810 million ohms.