The proceedings of the Appellate Tribunal shall be conducted in________ as per the Securities Appellate Tribunal (Procedure) Rules
Rule 6 of Securities Appellate Tribunal (Procedure) Rules - Language of the Appellate Tribunal The proceedings of the Appellate Tribunal shall be conducted in English or Hindi. No appeal, application, representation, document or other matters contained in any language other than English or Hindi, shall be accepted by Appellate Tribunal, unless the same is accompanied by a true copy of translation thereof in English or Hindi.
A boat can go 15 km upstream and 21 km downstream in 2 hours. If the speed of the stream is 3 km/h, then the time taken (in hours) by the boat to go 21 ...
The downstream speed of a boat is 6 km/hr more than its upstream speed and the ratio of the speed of the boat in still water to the speed of the stream ...
A man can row 16 km/hr in still water. If the speed of the current is 4 km/hr, it takes 5 hours more in upstream than in the downstream for the same dis...
A boat covers a distance of 90 km downstream in 3 hours. If the ratio of upstream speed to downstream speed of the boat is 3:9, then find the distance t...
A man can row at a speed of 20 km/hr in still water to a certain upstream point and back to the starting point in a river which flows at 5 km/hr. Find h...
A motorboat in still water travels at a speed of 40 km/hr. It goes 45 km upstream in 2 hour 15 minutes. The time taken by it to cover the same distance ...
A man can swim at the rate of 8 km/hr in still water. If the speed of the water is 3 km/hr, then the time taken by him to swim 15 km upstream is
A boat can travel 21 km downstream in 42 min. The ratio of the speed of the boat in still water to the speed of the stream is 5: 1. How much time will t...
The speed of a boat in still water is 6 km/hr more than that of the current. The time taken by the boat to cover 875 km downstream is 17.5 hours. Find t...
A Man Rows upstream 36 km and downstream 48 kilometers taking 6 hours each time the speed of the current is.
