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From statement I alone, F sits immediate right of A. C sits second to the right of A. E sits immediate right of C. B sits immediate left of D. B doesn't sit adjacent to E. B D A F C E Here, A sits second to the left of C. So, statement I alone is sufficient to answer the question. From statement II alone, two persons sit between E and A. A sits third from one of the extreme ends of the row. B sits second to the left of A. F sits to the left of C. Case 1: When A sits third from the extreme left end. B D/F A F/D/E C/D E Case 2: When A sits third from the extreme right end. E B D/F A F/C/D C/D Here, we cannot fix the position of C. So, statement II alone is not sufficient to answer the question. So, data given in statement I alone is sufficient to answer the question while data given in statement II is not sufficient to answer the question .
The speed of a boat in still water is 10 kmph. It covers a distance of 60 km downstream in 5 hrs. The speed (in kmph) of the stream is
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A boat can travel 26 km downstream in 30 min. The ratio of the speed of the boat in still water to the speed of the stream is 8: 5. How much time will t...
If a river is flowing at a rate of 6 km/hr and a boat's speed in still water is 100% higher than the river's speed, and the boat travels 'd' kilometers ...
A boat can go 15 km upstream and 21 km downstream in 2 hours. If the speed of the stream is 6km/h, then the time taken (in hours) by the boat to go 21 k...
The time taken by a boat to travel 'd' kilometers downstream is 8 hours, while the time taken to travel (d - 60) kilometers upstr...
A boat can travel 30 km downstream in 45 min. The ratio of the speed of the boat in still water to the speed of the stream is 5: 3. How much time will t...
When travelling downstream, a boat takes 5 hours to travel 300 km. If the speed of the stream is (2/5)th of downstream speed of the boat, the...
The speed of the stream is 14 km/h. Boat ‘A’ covers 64 km distance against the stream in 4 hours and boat ‘B’ covers 95 km distance against the ...
A man can row at 4 kmph in still water. If the velocity of current is 2 kmph and it takes him 5 hour to row to a place and come back, how far is the place?