Math, asked by akhilkandimalla183, 1 month ago

The water in a river flows at
a speed of 1.5kmph and a
boatman, who can row his
boat at a speed of 2.5kmph
7 1/2
in still water, takes 2
hours to go half distance
upstream and then return
to the starting point, the
total distance covered by
the boatman is​

Answers

Answered by ItzYourHeartbeat
1

The water in a river flows at a speed of

The water in a river flows at a speed of1.5kmph and a boatman, who can row his

The water in a river flows at a speed of1.5kmph and a boatman, who can row hisboat at a speed of 2.5kmph in still water,

The water in a river flows at a speed of1.5kmph and a boatman, who can row hisboat at a speed of 2.5kmph in still water,1

The water in a river flows at a speed of1.5kmph and a boatman, who can row hisboat at a speed of 2.5kmph in still water,17

The water in a river flows at a speed of1.5kmph and a boatman, who can row hisboat at a speed of 2.5kmph in still water,17takes 2 hours to go half distance

The water in a river flows at a speed of1.5kmph and a boatman, who can row hisboat at a speed of 2.5kmph in still water,17takes 2 hours to go half distanceupstream and then return to the starting

The water in a river flows at a speed of1.5kmph and a boatman, who can row hisboat at a speed of 2.5kmph in still water,17takes 2 hours to go half distanceupstream and then return to the startingpoint, the total distance covered by the

The water in a river flows at a speed of1.5kmph and a boatman, who can row hisboat at a speed of 2.5kmph in still water,17takes 2 hours to go half distanceupstream and then return to the startingpoint, the total distance covered by theboatman is

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