Question #270
Submitted by Answiki
on 12/11/2020 at 06:21:17 PM UTC
What is the formula of the centripetal force based on angular velocity ?
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Answer
Submitted by Answiki
on 12/11/2020 at 06:22:59 PM UTC
The centripetal force can be calculated with the following formula:
The previous equation can be generalized in vector form:
Where:
-
is the centripetal force expressed in Newton ( ) -
is the body mass expressed in kilograms ( ) -
is the angular velocity of the body expressed in radians per second ( ) -
is the angular velocity vector -
is the radius of the circular path expressed in meters ( ) -
is a radius vector attached to the center of the circular path, in the direction of the body.
Question by Answiki 12/11/2020 at 06:23:46 PM
How to calculate the centripetal force based on angular velocity ?
Answer by Answiki on 12/11/2020 at 06:22:59 PM
The centripetal force can be calculated with the following formula:
The previous equation can be generalized in vector form:
Where:
-
is the centripetal force expressed in Newton ( ) -
is the body mass expressed in kilograms ( ) -
is the angular velocity of the body expressed in radians per second ( ) -
is the angular velocity vector -
is the radius of the circular path expressed in meters ( ) -
is a radius vector attached to the center of the circular path, in the direction of the body.
Question by Answiki 12/11/2020 at 06:21:17 PM
What is the formula of the centripetal force based on angular velocity ?
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