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Centripetal Force Formula

centripetal force formula: explore more about the centripetal force formula with solved examples.

Centripetal force formula

The force that acts on an object moving in a circular orbit and heads toward the centre where the object moves is called centripetal force. 

When an object moves in a circular orbit at a constant velocity, the centripetal force accelerates toward the centre. 

The formula for centripetal force is

Fc = mv2 / r

Where

Fc = centripetal force

M= mass

V= velocity

R= radius of the path

Solved examples

A small van weighing 1,250 kg travels on a curve with a radius of 200 m at 50.0 m / s. Calculate centripetal force.

Given parameters  

 Mass = 1,250kg 

 Radius = 200m 

 Velocity = 50.0 m / s

 Substitute the value of the given equation 

 Centripetal force  

 Fc = mv2 / r

Fc = (1250) (502) / 200

Fc = 15.625 N

faq

Frequently asked questions

Get answers to the most common queries related to the Centripetal Force Formula.

The car travels on a circular route at 20 m / s. The coefficient of friction between the tire and the road surface is 0.5. Find the radius of the car's track?

Ans. The radius of the car’s track can be calculated as follows:  ...Read full

What is centripetal force?

Ans. The force that acts on an object moving in a circular orbit and heads toward the centre where the object moves ...Read full