A car is travelling with linear velocity v on a circular road of radius r. If it is increasing its speed at the rate of `a` metre/`sec^2`, then the resultant acceleration will be

A car is travelling with linear velocity (v) on a circular road of radius (r). If it is increasing its speed at the rate of a ( mt//sec^(2) ), then the resultant acceleration will be

A car has linear velocity v on a circular road of radius r. IF r it incrasing its speed at the rate of a ms^(-2) , then the resultant acceleration will be

A car has a linear velocity v on a circular track of radius r. IF its speed is increasing at a rate of a m//s^(2) , , then its resultant acceleration will be

A car is travelling with liner velcoity v on a circular road of radius R. If its speed is increasing at the rate of a ms^(-1) , then the net acceleration will be.

A motor car is travelling 20m/s on a circular road of radius 400 m. If it increases its speed at the rate of 1 m//s^(2) , then its acceleration will be

A motor car is travelling 20 m//s on a circular road of radius 400 m. If it increases its speed at the rate of 1 m//s^2 , then its acceleration will be

A car is travelling at 20 m/s on a circular road of radius 100 m. It is increasing its speed at the rate of 3" m/s"^(2) . Its acceleration is

A car is travelling at 20 m/s on a circular road of radius 100 m. It is increasing its speed at the rate of 3" m/s"^(2) . Its acceleration is

A motor car is travelling at 60m//s on a circular road of radius 1200m. It is increasing its speed at the rate of 4m//s^(2) . The acceleration of the car is: