There is not enough information in the question to answer it. Please restate the question. In general, however, RPM stands for Revolutions per Minute so, for instance, if something revolves 30 times in one minute, then it is rotating at 30 RPM.
a mass/weight unit cannot be converted into rpm, because rpm is unit of angular velocity.
There were thirty-three grooves on one side of a standard 78 rpm record The seventy-eight rpm records were released in the early 1800s and were very popular at that time.
The answer depends on what min-1 is measuring, but is likely to be 1 min-1 = 1 rpm.
sfm = (diameter x RPM )/3.82 MPM = sfm/3.27
average 40-minute class at a cadence of 80-110 rpm is equivalent to approximately 15-20 miles on the road.
RPM, revolutions per minute, cannot be converted to miles per hour unless additional information is known. In general you need t know the radius around which the object rotates to calculate the miles per hour with which it is moving. In an automobile, you need to know the gear ratio and tire size before you can convert RPM to the miles per hour at which the vehicle is moving.
The answer depends on how big the tyre is!
Horsepower: 140 @ 3800 RPM torque : 215 @ 2400 RPM
260 hp @ 5000 rpm 330 tq @ 2400 rpm
depends on the vehicle. On my old motorcycle that is about 80 mph, in my car that would be about 115 or 120 mph
245 Horsepower @4400 rpm and 345 ft lb torque @2400 rpm
It either isn't shifting into high gear, or the trans/rear end are geared for that rpm.
12 mph (Miles Per Hour) And the gear ratio is 2.90909091:1the motor is 2909.09091 RPM the wheels RPM is 1000
My Chilton book shows ( 170 horsepower at 3800 RPM and 270 ft-lbs torque at 2400 RPM )
The operating range of rpm, for a C 12 Caterpillar diesel engine is 800 RPM to a maximum of 2400 RPM. The engine should be run at no more than 1800 RPM for a long period of time.
120 horsepower at 4400 RPM and 190 ft/lbs torque at 2400 RPM