A train has to negotiate a curve of radius 800 m. By how much height should the outer rail be raised with respect to inner rail for a speed of `96kmh^(-1)`? The distance between the rails is 1 m

A train has to negotiate a curve of radius 2000 m. By how much should the outer rail be raised with respect to inner rail for a speed of 72"km h^(-1) . The distance between the rails is 1 m.

A train has to negotiate a curve of radius 2000 m. By how much should the outer rail be raised with respect to inner rail for a speed of 72"km h^(-1) . The distance between the rails is 1 m.

A trains has to negotiate a curve of radius 400 m . By how much should the outer rail be raised with respect to the inner rail for a for a speed of 48 km h^(-1) ? The distance between the rails is 1m.

A train has to negotiate a curve of radius 400 m. By how much should the outer rail be raised with respect to inner rail for a speed of 48 km/hr. The distance between the rails is 1 m.

A train has to negotitate a curve of radius 2000m . By how much should the outer rail be raised with respect to inner rail for a speed 72 km//h . The distance between the rails is 1m .

A train has to negotiate a curve of radius 400m. The speed of the train is 72 km//hour . The horizontal distance is to be raised with respect to the inner radius by h. IF distances between rail is l=1 m, the value of h will be (g=10 m//s^2 )

A train has to negotiate a curve of radius 400m. The speed of the train is 72 km//hour . The horizontal distance is to be raised with respect to the inner radius by h. IF distances between rail is l=1 m, the value of h will be (g=10 m//s^2 )

Calculate the safe speed with which a train can negotiate a curve of 50 m radius, where the superelevation of the outer rail above the inner rail is 0.6 m. Given that the distance between the rails is 1 m

A train has to negotiate a curve of 40 m radius. What is the super elevation of the outer rail required for a speed of 54 kmh^(-1) . The distance between the rails is one metre ?

A broad gauge train runs at a speed of 72 km/h on a curved track of radius of curvature 1 km. Find the elevation of the outer rail above the inner rail so that there may be side-pressure on the rails ? Distance between the rails is 1.7 m.