Question

10) A cuboid whose length is equal to its width has a
volume of 24 cubic feet. If the height of the cuboid is
1.5 feet, then what is the length of the cuboid?​

Answer 1

Answer:

$\huge{\bold{\underline{Solution:-}}}$

Volume of cuboid = length × breadth × height.

Given:-

Here, length = 14 cm,

breadth = 12 cm

and ,

height = 8 cm.

Solve:-

Volume of cuboid = 14 × 12 × 8 cubic cm.

$\implies$ = 1344 cubic cm.

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Answer 2

Given:

A cuboid whose length is equal to its width has a  volume of 24 cubic feet., height of the cuboid is 1.5 feet.

To Find:

Length of the cuboid

Solution:

Let the length of the cuboid be 'l'

So, its width will also be equal to 'l' (Given)

Volume of cuboid = length x breadth x height

24 = l x l x 1.5

l² = (24/1.5) = 16

l = √16 = 4

Hence, the length of the cuboid is 4 feet.