What is the formula to convert linear speed to angular velocity?

The formula to convert linear speed  expressed in meters per second [] to angular velocity  expressed in radians per second [] is given by:



where:

•  is the linear velocity expressed in meters per second ()
•  is the angular velocity expressed in radians per second ()
•  is the radius expressed in meters ()

For example, let's considere a vehicle with wheels having a radius of 10 centimetres. If the vehicle is moving at the linear velocity of 2 m/s, the rotation speed of the wheels is given by:



You'll find on this page an online converter from linear to angular velocity.

The formula to convert linear speed  expressed in meters per second [] to angular velocity  expressed in radians per second [] is given by:



where:

•  is the linear velocity expressed in meters per second ()
•  is the angular velocity expressed in radians per second ()
•  is the radius expressed in meters ()

For example, let's considere a vehicle with wheels having a radius of 10 centimetres. If the vehicle is moving at the linear velocity of 2 m/s, the rotation speed of the wheels is given by:



The formula to convert linear speed  expressed in meters per second [] to angular velocity  expressed in radians per second [] is given by:



where:

•  is the linear velocity expressed in meters per second ()
•  is the angular velocity expressed in radians per second ()
•  is the radius expressed in meters ()

For example, let's considere a vehicle with wheels having a radius of 10 centimetres. If the vehicle is moving at the linear velocity of 2 m/s, the rotation speed of the wheels is given by:



The formula to convert linear speed  expressed in meters per second [] to angular velocity  expressed in radians per second [] is given by:



where:

•  is the linear velocity expressed in meters per second ()
•  is the angular velocity expressed in radians per second ()
•  is the radius expressed in meters ()

For example, if a vehicle with wheels having a radius of 10 centimertres is moving at 2 m/s, the rotation speed of the wheels is given by:



The formula to convert linear speed  expressed in meters per second [] to angular velocity  expressed in radians per second [] is given by:



where:

•  is the linear velocity expressed in meters per second ()
•  is the angular velocity expressed in radians per second ()
•  is the radius expressed in meters ()



For example, if a vehicle with wheels having a radius of 10 centimertres is moving at 2 m / s, the rotation speed of the wheels is given by:





The formula to convert linear speed  expressed in meters per second [] to angular velocity  expressed in radians per second [] is given by:



where:

•  is the linear velocity expressed in meters per second ()
•  is the angular velocity expressed in radians per second ()
•  is the radius expressed in meters ()

For example, if a vehicle with wheels having a radius of 10 centimertres is moving at 2 m / s, the rotation speed of the wheels is given by:



The formula to convert linear speed  expressed in meters per second [] to angular velocity  expressed in radians per second [] is given by:



where:

•  is the linear velocity expressed in meters per second ()
•  is the angular velocity expressed in radians per second ()
•  is the radius expressed in meters ()

The formula to convert linear speed  expressed in meters per second [] to angular velocity  expressed in radians per second [] is given by:



where:

•  is the linear velocity expressed in meters per second ()
•  is the angular velocity expressed in radians per second ()
•  is the radius expressed in meters ()

The formula to convert linear speed  expressed in meters per second [] to angular velocity  expressed in radians per second [] is given by:



where:

•  is the linear velocity expressed in meters per second ()
•  is the angular velocity expressed in radians per second ()
•  is the radius expressed in meters ()

The formula to convert linear speed expressed in meters per second [] to angular velocity expressed in radians per second [] is given by:





where:

•  is the linear velocity expressed in meters per second ()
•  is the angular velocity expressed in radians per second ()
•  is the radius expressed in meters ()

The formula to convert linear speed expressed in meters per second [] to angular velocity expressed in radians per second [] is given by:





where:

•  is the linear velocity expressed in meters per second ()
•  is the angular velocity expressed in radians per second ()
•  is the radius expressed in meters ()

The formula to convert linear speed expressed in meters per second [] to angular velocity expressed in radians per seconde [] is given by:





where:

•  is the linear velocity expressed in meters per second ()
•  is the angular velocity expressed in radians per second ()
•  is the radius expressed in meters ()

The formula to convert linear speed expressed in meters per second [] to angular velocity expressed in radians per seconde [] is given by:





where:

•  is the linear velocity expressed in meters per second ()
•  is the angular velocity expressed in radians per second ()
•  is the radius expressed in meters ()