The time taken to empty a water tank of capacity $1024 m^{3}$ at the rate of $64 \frac{m^{3}}{m i n}$ is .

16 minutes

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24 minutes

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32 minutes

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Solution

The correct option is A 16 minutes
In 1 min, 64 m $^{3}$ of water flows out from the tank.
$∴$ 1024 m $^{3}$ of water will flow out in $\frac{1024}{64}$ = 16 minutes.

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Similar questions

A pipe is connected to a tank. The water flows out from the tank through the pipe at the rate of $64 \frac{m^{3}}{m i n}$ . Find the time taken by the pipe to empty the volume of $1024 m^{3}$ .(in mins)

Q. The time taken to empty a water tank of capacity

1024 m^{3}

at the rate of

64 \frac{m^{3}}{m i n}

is .

A pipe is connected to a tank. The water flows out from the tank through the pipe at the rate of $64 m^{3} / m i n$ . Find the time taken by the pipe to empty a volume of $1024 m^{3}$ .(in mins)

A pipe is connected to a tank. The water flows out from the tank through pipe at the rate of 64 $m^{3}$ /min. Find the time taken by the pipe to empty the volume of 1024 $m^{3}$ (in mins).

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The time taken to empty a water tank of capacity 1024 m3 at the rate of 64 m3min is .

The correct option is A 16 minutesIn 1 min, 64 m3 of water flows out from the tank. ∴ 1024 m3 of water will flow out in 102464 = 16 minutes.

The time taken to empty a water tank of capacity $1024 m^{3}$ at the rate of $64 \frac{m^{3}}{m i n}$ is .

The correct option is A 16 minutes
In 1 min, 64 m $^{3}$ of water flows out from the tank.
$∴$ 1024 m $^{3}$ of water will flow out in $\frac{1024}{64}$ = 16 minutes.