A car starts from rest in a circular flat road of radius R with an acceleration a. The friction coefficient between the road and the tyred is `mu` Find the distance car will travel before is start skidding.

A car starts rest, on a horizontal circular road of radius R, the tangential acceleration of the car is a. The friction coefficient between the road and the tyre is mu Find the speed at which car will skid and also find the distance after travelling it skids.

A car starts rest, on a horizontal circular road of radius R, the tangential acceleration of the car is a. The friction coefficient between the road and the tyre is mu Find the speed at which car will skid and also find the distance after travelling it skids.

A car starts rest, on a horizontal circular road of radius R, the tangential acceleration of the car is a. The friction coefficient between the road and the tyre is mu Find the speed at which car will skid and also find the distance after travelling it skids.

A car starts from rest on a horizontal circular road of radius 190 m and gains speed at a uniform rate 1*2 m//s^(2) . The coefficient of static between the road and the tyres is 0*37 . Calculate the distance travelled by the car before it begins to skid.

A car goes on a horizontal circular road of radius R. The speed of car is increasing at constant rate a m/ s^2 . If the friction coefficient between the road and the tyre is mu , then the limiting speed of car is

A car goes on a horizontal circular road of radius R. The speed of car is increasing at constant rate a m/ s^2 . If the friction coefficient between the road and the tyre is mu , then the limiting speed of car is

A car starts from rest to cover a distance s. the coefficient of friction between the road and the tyres is mu . The minimum time in which the car can cover the distance is proportional to

A car moves along a horizontal circular road of radius r with velocity u -The coefficient of friction between the wheels and the road is mu . Which of the following statement is not true?