Radians per second (rad/s) is the unit of angular velocity in the SI system. It expresses speed in radians per second. A radian is a measure of an angle formed at the center of a circle by a curved line segment referred to as the arc, whose length is equivalent to the radius of the circle.
Use Case: Common usage in physics, engineering, and other spheres to define the speed of rotation of the shaft of a motor or the speed of planatic rotation.
Degrees per second (deg/s):
It is the measure of angular velocity, which is expressed by the rate of rotation in units of degrees per second. One degree equals 1 out of 360 degrees of a whole turn.
Use Case: Utilized in a variety of applications involving navigation, aviation and mechanical systems in which the angular motion is more intuitively understood in terms of degrees rather than radians.
RPM:
App Description: Unit of angular velocity that quantifies full revolutions that have been accomplished in one minute. It is commonly used in the practice of measuring rotational speed in daily applications.
Use Case: Used quite extensively in engineering, automobile industries, and machinery to measure the speed of rotating objects, such as engines, turbines, and fans.
Revolutions per second (rps):
This is a unit of angular velocity that describes the number of revolutions in one second. It measures the number of times an object rotates around its axis in one second.
Application: Used in high-rotating speed applications, for example, in high-performance motors, centrifuges, and applied to some scientific calculations.
Deg/min:
This is a measurement of angular velocity in terms of degrees per minute. It is slower than degrees per second and is generally used on lower angular speeds.
Application: Applied in slow-speed rotation systems, navigational instruments, and the astronomical calculations.
Rad/min:
Description: Angular velocity unit that represents the rate of rotation in radians per minute. It is a lower measure compared to radians per second.
Use Case: This is applicable when measurement is required of slower rotational speed, generally found in mechanical design and robotics where the precision of low-speed rotation matters.
If you encounter any problems or have feedback regarding our tools, please let us know below:
