It takes 1000 $m^{3}$ of water to fill a cuboidal tank of base area 200 $m^{2}$ . What is its height?

2.5 m

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5 m

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10 m

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20 m

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Solution

The correct option is B 5 m
Volume of tank = volume of water required to fill it.
$V o l u m e = b a s e a r e a \times h e i g h t$
$1000 = 200 \times h \Rightarrow h = 5 m$

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It takes 1000 m3 of water to fill a cuboidal tank of base area 200 m2. What is its height?

The correct option is B 5 mVolume of tank = volume of water required to fill it. Volume=base area× height 1000=200×h⇒h=5m

It takes 1000 $m^{3}$ of water to fill a cuboidal tank of base area 200 $m^{2}$ . What is its height?

The correct option is B 5 m
Volume of tank = volume of water required to fill it.
$V o l u m e = b a s e a r e a \times h e i g h t$
$1000 = 200 \times h \Rightarrow h = 5 m$