1. RPM (Revolutions Per Minute)

Definition: RPM stands for Revolutions Per Minute. It is a unit used to measure the rotational speed of an object, indicating how many complete rotations the object makes in one minute.

Uses: RPM is commonly used to describe the speed of rotating machinery, such as motors, engines, fans, hard drives, and wheels. For example, the RPM of a car's engine or a computer's cooling fan is often measured to assess performance.

Formula: RPM can be calculated using the formula:
RPM = (Number of Revolutions) / (Time in Minutes)

2. deg/s (Degrees Per Second)

Definition: deg/s stands for Degrees Per Second. It is a unit used to measure angular velocity, indicating how many degrees an object rotates in one second.

Uses: deg/s is commonly used in applications where precise angular motion is critical, such as robotics, aerospace, and gaming controllers. For example, the angular velocity of a robotic arm or a drone's propeller is often measured in deg/s.

Formula: deg/s can be calculated using the formula:
deg/s = (Angle in Degrees) / (Time in Seconds)

3. Relationship Between RPM and deg/s

RPM and deg/s are both units used to measure rotational speed, but they represent it in different ways. RPM measures the number of complete rotations per minute, while deg/s measures the angular displacement per second.

Conversion Formula:
deg/s = RPM × 6
This is because one complete rotation is 360 degrees, and there are 60 seconds in a minute. Therefore:
deg/s = (RPM × 360 degrees) / 60 seconds = RPM × 6

For example, if an object rotates at 10 RPM, its angular velocity in deg/s would be:
deg/s = 10 × 6 = 60 deg/s

Degrees per Second (°/s) to RPM Conversion Table

Degrees per Second (°/s)	RPM
6 °/s	1 RPM
30 °/s	5 RPM
60 °/s	10 RPM
300 °/s	50 RPM
600 °/s	100 RPM
6000 °/s	1000 RPM
30000 °/s	5000 RPM