Question

 . A car is speeding on a circular race track of radius R and banked angle theta if the coefficient of friction between The Wheels of the car and the road is new then maximum permissible speech to avoid slipping is *​

Answer 1

if you have any kind of queries do ask me

you can msg me or you can follow me

Answer 2

Maximum permissible speed to avoid slipping

The radius of the race track =R

The banked angle = theta

The coefficient of friction between the wheels and the road= new

Therefore, the maximum permissible speed to avoid slipping of the car is:

$[R \frac{g(new + tan(theta))}{1-new(tan(theta))}]$

#SPJ2