Railway Engineering The compensation for curvature on gradient for Meter Gauge is given by (where R is radius of curve.) 70/R 105/R 52.5/R 35/R 70/R 105/R 52.5/R 35/R ANSWER DOWNLOAD EXAMIANS APP
Railway Engineering Consider the following surveys.1. Reconnaissance survey2. Preliminary survey3. Traffic survey4. Location surveyThe correct sequence in which these surveys are conducted before the alignment of a track is finalised is 1,3,2,4 3,1,2,4 3,1,4,2 1,3,4,2 1,3,2,4 3,1,2,4 3,1,4,2 1,3,4,2 ANSWER DOWNLOAD EXAMIANS APP
Railway Engineering Switch angle is the angle between the outer face of the stock rail and tongue rail the gauge face of the stock rail and tongue rail the gauge face of the stock rail and outer face of the tongue rail the outer face of the stock rail and the gauge face of the tongue rail the outer face of the stock rail and tongue rail the gauge face of the stock rail and tongue rail the gauge face of the stock rail and outer face of the tongue rail the outer face of the stock rail and the gauge face of the tongue rail ANSWER DOWNLOAD EXAMIANS APP
Railway Engineering A triangle is used for Transferring wagons to and from parallel tracks without shunting Preventing the vehicles from running off the track Changing the direction of engine Separating all the sidings and shunting lines from main lines Transferring wagons to and from parallel tracks without shunting Preventing the vehicles from running off the track Changing the direction of engine Separating all the sidings and shunting lines from main lines ANSWER DOWNLOAD EXAMIANS APP
Railway Engineering Lead of crossing is the distance from the heel of the switch to the theoretical nose of the crossing heel of the switch to the toe of the switch toe of the switch to the actual nose of crossing toe of the switch to the theoretical nose of crossing heel of the switch to the theoretical nose of the crossing heel of the switch to the toe of the switch toe of the switch to the actual nose of crossing toe of the switch to the theoretical nose of crossing ANSWER DOWNLOAD EXAMIANS APP
Railway Engineering One degree of curve is equivalent to (where R is the radius of curve in meters.) 1600/R 1700/R 1750/R 1850/R 1600/R 1700/R 1750/R 1850/R ANSWER DOWNLOAD EXAMIANS APP
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