A swimming pool of length $= 25 m,$ breadth $= 15 m$ at height $= 2 m$ is three fourths full of water. Find the volume of water in the pool.

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Solution

Pool is in the shape of a cuboid.

Volume of cuboid $= l e n g t h \times b r e a d t h \times h e i g h t$

So,

Volume of the pool $= 25 \times 15 \times 2$
$= 750$ $m^{3}$

Volume of the water in the pool $= \frac{3}{4} 750 = 562.5 m^{3}$

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A swimming pool of length =25m, breadth =15m at height =2m is three fourths full of water. Find the volume of water in the pool.

Pool is in the shape of a cuboid.Volume of cuboid =length×breadth×heightSo,Volume of the pool =25×15×2=750m3Volume of the water in the pool =34750=562.5 m3

A swimming pool of length $= 25 m,$ breadth $= 15 m$ at height $= 2 m$ is three fourths full of water. Find the volume of water in the pool.

Pool is in the shape of a cuboid.

Volume of cuboid $= l e n g t h \times b r e a d t h \times h e i g h t$

So,

Volume of the pool $= 25 \times 15 \times 2$
$= 750$ $m^{3}$

Volume of the water in the pool $= \frac{3}{4} 750 = 562.5 m^{3}$