A swimming pool is $260 m$ long and $140 m$ wide. If $54, 600 m^{3}$ of water is pumped into it, what is the height of the water level in it?

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Solution

Volume of swimming pool=54600
$\begin{matrix} l e n g t h \times w i d t h \times h e i g h t = 54600 = 260 \times 140 \times h e i g h t = 54600 = h e i g h t = \frac{54600}{260 \times 140} = 1.5 m \end{matrix}$

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A swimming pool is 260 m long and 140 m wide. If 54,600 m3 of water is pumped into it, what is the height of the water level in it?

Volume of swimming pool=54600length×width×height=54600=260×140×height=54600=height=54600260×140=1.5m

A swimming pool is $260 m$ long and $140 m$ wide. If $54, 600 m^{3}$ of water is pumped into it, what is the height of the water level in it?

Volume of swimming pool=54600
$\begin{matrix} l e n g t h \times w i d t h \times h e i g h t = 54600 = 260 \times 140 \times h e i g h t = 54600 = h e i g h t = \frac{54600}{260 \times 140} = 1.5 m \end{matrix}$