A tank, 16 , m long and 23 , m wide contains | vedclass

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(C) The volume of water to be added is given by the formula: $V = 	ext{Length} 	imes 	ext{Width} 	imes 	ext{Rise in height}$.Given: $	ext{Length

Vedclass · Accepted Answer

$61.33$

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(C) The volume of water to be added is given by the formula: $V = 	ext{Length} 	imes 	ext{Width} 	imes 	ext{Rise in height}$.Given: $	ext{Length} = 16 \, m$, $	ext{Width} = 23 \, m$.The rise in height is $16 \frac{2}{3} \, cm = \frac{50}{3} \, cm$.Convert the height into meters: $\frac{50}{3 	imes 100} \, m = \frac{50}{300} \, m = \frac{1}{6} \, m$.Now, calculate the volume: $V = 16 	imes 23 	imes \frac{1}{6} \, m^3$.$V = \frac{368}{6} \, m^3 = 61.33 \, m^3$.

$A$ tank, $16 \, m$ long and $23 \, m$ wide contains water. How many cubic $m$ of water must be added to it to make the surface rise by $16 \frac{2}{3} \, cm$? (in $m^3$)

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