When the road is dry and the coefficient of friction is `mu`, the maximum speed of a car in a circular path is 10 m/s. if the road becomes wet and `mu'=(mu)/(2)`, what is the maximum speed permitted?

When the road is dry and coefficient of friction is mu . the maximum speed of a cur in a circular path is 10m//sec , If the road becomes wet and mu^(1) = mu//2 . What is the maximum speed permitted

When the road is dry and coefficient of friction is mu . the maximum speed of a cur in a circular path is 10m//sec , If the road becomes wet and mu^(1) = mu//2 . What is the maximum speed permitted

When the road is dry and coefficient of friciton is mu , the maximum speed of a car in a circular path is 10 ms^(-1) . If the road becomes wet and coefficient of friction becomes (mu)/4 , what is the maximum speed permited ?

When the road is dry and coefficient of friciton is mu , the maximum speed of a car in a circular path is 10 ms^(-1) . If the road becomes wet and coefficient of friction becomes (mu)/4 , what is the maximum speed permited ?

The maximum speed of a car on a curved path of radius 'r' and the coefficient of friction mu_(k) is .

On a dry road , the maximum permissible speed of car in a circular path is 12 ms^-1 . IF the road becomes wet, then the maximum speed is 4sqrt2ms^-1 . IF the coefficient of friction for dry road is mu , then that for the wet road is

On a dry road , the maximum permissible speed of car in a circular path is 12 ms^-1 . IF the road becomes wet, then the maximum speed is 4sqrt2ms^-1 . IF the coefficient of friction for dry road is mu , then that for the wet road is