What is the optimum speed of the car along the banked road?

With the help of a free body diagram represent various forces acting on a vehicle moving on a banked road. Neglecting frictional force obtain the expression for the maximum safe speed of the vehicle on the banked road.

A circular track of radius 400m is kept with outer side of track raised to make 5° with the horizontal.(coefficient of friction 0.2 ). Name such track. What is the (i) optimum speed of the race car to aviod wear and tear on its tyres . (ii) maximum permissible speed to aviod slipping ?

The schematic diagram of the circular motion of a car on a banked road is shown in the figure. The optimum speed of a car on a banked road to avoid wear and tear on its tyres is given by _______ i) sqrt(Rg tantheta) ii) sqrt(RgCottheta) iii) sqrt(RgSintheta) iv) sqrt(RgCostheta)

What is optimum temperature ?

We are familiar with Newton's laws of motion. A circular race track of radius 300m is banked at an angle of 15° .The coefficient of friction between the wheels of a race car and the road is 0.2 ,find : (i)The optimum speed of the race car to avoid wear and tear on its tyres. (ii)Maximum permissible speed to avoid slipping.

Banking of road helps to increase the centripetal force and thereby increases the limit of maximum speed of vehicle with it can take the curve. Give the expression for the maximum allowed speed of a vehicle on a banked road with friction.

What is the optimum temperature used for the industrial production of ammonia?

Raising the outer edge of a curved raod a little above the inner edge is called banking of curves. Derive an expression for the safe speed with which a car can negotiate a banked road by taking into account the friction between the tyres and road.