so we assume that the speed of the current was constant Speed=distance/time Distance=60 trip down=60/3=20mph trip up=60/30=2mph the speed of the current is the avavarage of the diffarence of 2 and 20 so the diffirance is 18 avagage is 9 so 9mph=speed of current 9+x=20 x=11 so the speed of the boat in still water is 11mph the speed of the current is 9mph
The speed of the boat in still water is 11 mph, while the speed of the current is 9 mph. This was determined by solving a system of equations based on the distances and times provided for downstream and upstream travel. Both speeds are important for understanding the boat's effective movement in water with a current.
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