A car with a constant speed of 10m/s in a circular path of radius 10 m find the centripetal force on it
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hey mate!! this is your answer.
The centripetal force can be calculated by the equation: F = mv^2/r, where m is the mass of the object, v is the velocity of the object, and r is the radius of the circle. Now it is unclear to me if by circular path of 5m you mean the circumference of the circle, or the diameter of the circle or the radius of the circle. If you mean the radius of the circle which is what it sounds like then the r is 5.0 m. Let's plug in the values now: F = (50kg)•(10m/s)^2/5 = 1000N, or put in words, a thousand Newton would be the centripetal force here. (If you meant 5m as the diameter then you would halve it for the radius which would be 2.5m, and if you meant it to be the distance of the circumference, then you would divide the 5m with 2p, where p is pi, to get the radius which would be 0.8m then.
hope it helps
The centripetal force can be calculated by the equation: F = mv^2/r, where m is the mass of the object, v is the velocity of the object, and r is the radius of the circle. Now it is unclear to me if by circular path of 5m you mean the circumference of the circle, or the diameter of the circle or the radius of the circle. If you mean the radius of the circle which is what it sounds like then the r is 5.0 m. Let's plug in the values now: F = (50kg)•(10m/s)^2/5 = 1000N, or put in words, a thousand Newton would be the centripetal force here. (If you meant 5m as the diameter then you would halve it for the radius which would be 2.5m, and if you meant it to be the distance of the circumference, then you would divide the 5m with 2p, where p is pi, to get the radius which would be 0.8m then.
hope it helps
Answered by
1
HII MATE HERE IS YOUR ANSWER
v = 10
r = 10
Centripetal acceleration = v²/r = 10×10 /10
= 10 m/ s²
I HOPE IT WILL HELP YOU
v = 10
r = 10
Centripetal acceleration = v²/r = 10×10 /10
= 10 m/ s²
I HOPE IT WILL HELP YOU
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