“A particular force acting on an object to retain its motion around the circular path is known as the centripetal force”
you could calculate centripetal force by means of the usage of the subsequent expression:
$$ F_{c} = \frac{mv^{2}}{r} $$
Where;
m = Mass of the object revolving
v =Velocity of the object
r = Radius of curvature that is equivalent to the real circle’s radius
Within the following segment, we are able to be taking you through multiple examples that will clean your concept concerning the circular movement of the object.
Example :
How to calculate the centripetal force acting on a car moving at a speed of 5 meters per second along a circular road with a radius of 67 meters? The mass of the car is 700 kg.
Solution:
To calculate the centripetal force, we use the following formula:
$$ F_{c} = \frac{mv^{2}}{r} $$
Substituting the known values:
$$ F_{c} = \frac{700 \times 5^{2}}{67} $$
For velocity calculations, you can use our velocity calculator.
Now, continuing the calculation:
$$ F_{c} = \frac{700 \times 25}{67} $$
$$ F_{c} = \frac{17500}{67} $$
$$ F_{c} = 261.19 \, \text{N} $$
To verify the results, you can use our free online centripetal force calculator.
it's far Newton’s 1/3 law of motion that offers us the concept of centripetal force. because it states that:
“To every action, there's an equal but contrary reaction”
The centripetal force is also due to the movement of centrifugal force that is same in magnitude however having contrary course. if you examine the centripetal force system with centrifugal pressure, you'll truely observe which parameters show a distinct trade in calculations for each of these forces.
sure, gravity is also considered a shape of round motion as it acts perpendicularly at the item moton. you could determine the centripetal acceleration of the earth either with the aid of the usage of our centripetal acceleration calculator or centripetal acceleration method.
the rate of the item and radius of curvature are a couple of factors that have an effect on the centripetal force.
