Question

a cuboid tank of base area 240cm² is filled to a height of 12 cm with water.find the volume of water in cubic centimeters, milliliters and litres​

Answer 1

Answer:

olume of a cuboid of length l, breadth b and height h =l×b×h

So, the volume of the tank =2×1.6×1.8=5.76 m  

3

 

One m  

3

 can occupy 1000 litres.

Hence, 5.76 m  

3

 can occupy 5.76×1000=5760 litres

Step-by-step explanation:

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Answer 2

Given: Base area of a cuboid tank is 240cm² & it is filled to a height of 12 cm with water.

Need to find: Volume of water in cubic centimetres, millimetres & litres?

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¤ To calculate volume of the cuboid we'll use the formula given below –

$\qquad\:\star\;\underline{\boxed{\pmb{\sf{Volume = \{ B\} \times \{H\} }}}}$

Where:

« B stands for base area & H stands for height of water.

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$\begin{gathered}\underline{\bf{\dag} \:\mathfrak{Substituting\;values\;in\; formula\: :}}\\\\\end{gathered}$

$\begin{gathered}:\implies\sf Volume = 240 \times 12 \\\\\\:\implies\underline{\boxed{\pmb{\frak{ \red{Volume = 2880 \ {cm}^{3} }}}}}\;\bigstar\\\\\end{gathered}$

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Therefore,

• Volume in centimetres = 2880 cm³
• Volume in millilitres = 10(2880) = 28800 mm³
• Volume in litres = 2880 ÷ 1000 = 2.88 litres.

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${\therefore{\underline{ \sf{Hence, the \; volume \; in \; centimetres \: millitres \: \& \: litres\: is \: \pmb{ 2880 \ cm^3, 28800mm^{3}, 2.88 \: litres} \: respectively.}}}}$