A train is moving at the rate of 60 km per hour around a curve of radius 500 m and the distance between the rails is 170 cm. By how much the outer rail be raised above the inner one so that there may be no lateral thrust on the outer rails ? `( g= 9.8 ms^(-2))`

The radius of curvature of a railway line at a place when the train is moving with a speed of 36 kmh^(-1) is 1000 m, the distance between the two rails being 1.5 metre. Calculate the elevation of the outer rail above the inner rail so that there may be no side pressure on the rails.

A train has to negotiate a curve of radius 400 m .The speed of the train is 72 km//h. If the distance between the two rails is 1 m ,then the outer rail will be raised over the inner rail by (g=10m//s^(2))

The radius of curvature of railway line at a place is 200 m. If the distance between the rail is 1.6 m and the outer rail is raised by 0.08 m above the inner rail .The speed of the train for which there is no side pressure on the rails (g=10 m//s^(2))

The radius of curvature of a railway track at a place where the train is moving at a speed of 72 kmh^(-1) is 625m . The distance between the rails is 1.5 m. Find the angle and the elevation of the outer rail so that there may be no side pressure on the rails, Take g = 9.8 ms^(-2) .

Attempt any THREE : A meter gauge train is moving at 72 km/hr along a curved rail-way of radius of curvature 500m at a certain place. Find the elevation of the outer rail above the inner rail so that there is no side pressure on the rail. (g = 9.8 m//s^(2))

A railway track goes around a curve having a radius of curvature of 1 km. The distance between the rails is 1 m. Find the elevation of the outer rail above the inner rail so that there is no side pressure against the rails when a train goes round the curve at 36km//hr

The radius of curvature of railway track at a place where the train is moving at a speed of 72km h^(-1) is 625m The distance between the rails is 1.5m Find the angle and the elevation of the outer rail so that there may be no side pressure on the rails Take g = 9.8ms^(-2) .

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 of mass 10^(5) kg rounds a curve of radius 100m at a speed of 20 m/s . If the track is not , then the thrust on the outer rail of the track is