How to convert angular speed [rad/s] to linear velocity [m/s]?
The formula to calculate the linear speed
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 consider a vehicle with wheels having a radius of 10 centimetres. If the rotational velocity of the wheels is 20 rad/s, the linear speed of the vehicle is given by:
You'll find on this page an online converter from angular to linear velocity.
The formula to calculate the linear speed
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 consider a vehicle with wheels having a radius of 10 centimetres. If the rotational velocity of the wheels is 20 rad/s, the linear speed of the vehicle is given by:
You'll find on this page an online converter from angular to linear velocity.
The formula to calculate the linear speed
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 consider a vehicle with wheels having a radius of 10 centimetres. If the rotational velocity of the wheels is 20 rad/s, the linear speed of the vehicle is given by:
The formula to calculate the linear speed
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 consider a vehicle with wheels having a radius of 10 centimetres. If the rotational velocity of the wheels is 20 rad/s, the linear speed of the vehicle is given by:
The formula to calculate the linear speed
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 consider a vehicle with wheels having a radius of 10 centimetres. If the rotational velocity of the wheels is 20 rad/s, the linear speed of the vehicle is given by:
The formula to calculate the linear speed
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 consider a if a vehicle with wheels having a radius of 10 centimetres. The rotational velocity of the wheels is 20 rad/s. The linear speed of the vehicle is given by:
The formula to calculate the linear speed
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 angular velocity
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 angular velocity expressed in radians per second [
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 angular velocity expressed in radians per second [
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 angular velocity expressed in radians per second [
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 angular velocity expressed in radians per second [
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 ( )