You have to know how far the measurement point is from the center of the rotation.
The farther out it is, the more meters per second it will cover.
(At the same RPM, a 10-ft tractor tire covers more meters per second than a skate-board wheel does.)
When you know the 'radius' of the wheel in meters,
the speed of a point on the rim is
(Radius) times (pi/30) times (RPM) = (Radius) times (0.1047) times (RPM) meters per second. (rounded)
RPM Revs Per Minute (how many times it spins round) is all to do with the cogs or gears linking the motor to the end shaft. The smaller the gear the greater rpm the bigger the gear the slower rpm. Someone although did tell me that 3000 rpm is 80 mph but that is false, it all depends on the gears.
"hank per hour"? Maybe you made a typo. Please resubmit the question
To convert revolutions per minute (RPM) to linear velocity in meters per second (m/s), you need the radius of the rotating object. The linear velocity can be calculated by multiplying 2π times the RPM by the radius in meters, and then dividing by 60. The formula is: linear velocity (m/s) = 2π * RPM * radius (m) / 60.
You cannot, the terms are incompatable.
The speed of sound is approximately 343 meters per second (at standard conditions). There is no direct conversion from speed of sound to rpm (revolutions per minute), as rpm is a measure of rotational speed, while the speed of sound is a measure of how quickly sound waves travel through a medium like air.
all you have to do is convert it..........
Divide the RPM by 60.
rpm is a large (while radian/second is a small) scale unit of circular displacement (rotation) while meter/second is that of linear displacement.according to the relationv=rw wherev = linear velocity (in m/s)w (omega) = angular velocity / circular velocity in (rpm or rad/sec)r = radius of the circle in which body is rotating.we can assume that rpm times radius becomes equal to meter per second.Badeekh Akbar
To calculate burst RPM (rotations per minute), you need to know the burst speed of the machine in revolutions per second. You can then multiply this value by 60 to convert it to RPM. The formula for calculating burst RPM is: Burst RPM = Burst speed (revolutions per second) * 60.
Linear speed cannot be converted to rotational speed without knowledge about the distance from the axis of rotation.
joule seconds or newton meter seconds depending on what system you use
You need more information to specify exactly what you are trying to do here, but I can give you one common example that will hopefully get you on the right track. If you take the example of a cylinder spinning about it's axis, then you can convert between its rotational speed in revolutions per minute (RPM) and the tangential surface velocity (m/s) if you know the diameter of the cylinder. Essentially, you divide the time of one rotation into the circumference of the cylinder. Legend: V = tangential surface velocity C = circumference of cylinder D = diameter of cylinder RPM = revolutions per minute Pi = 3.14 Equations: V = C * RPM = Pi * D * RPM or RPM = V / (Pi * D) Example: A cylinder with a diameter of 1 meter is rotating at 60 rpm. Its tangential surface velocity is: V = (3.14) * (1 m) * (60 rpm) = 188.4 m/min = 3.14 m/s.
(x radians / second) x (1 revolution / 2 pi radians) x (60 seconds / minute)= (60x) / (2 pi) (revolution / minute)Multiply (radians per sec) by (60)/(2 pi) = 9.5493(rounded) to get RPM.
The RPM displayed by the tachometer on the dash refers to engine RPM, i.e. the crankshaft.
To convert speed from meters per second (m/s) to revolutions per minute (RPM), you need to know the circumference of the rotating object. Without that information, it is not possible to directly convert mach 0.8 or 272.23 m/s to RPM. RPM is a measure of rotational speed, whereas mach is a unit of relative velocity to the speed of sound.
The angular velocity of a pulley turning 1800 rpm is 60 pi radians per second.
In revolutions per minute (rpm), or radians per second.