The capacity of cuboidal is 50000 liters of water. Find the breath of the tank, if its length and depth are respectively 2.5m and 10 m.

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Solution

$1 m^{3} = 1000 l i t r e$

$\Rightarrow 1 l i t r e = 10^{- 3} m^{3}$

$\Rightarrow 50000 l i t r e = 10^{- 3} \times 50000 m^{3}$

$= 50 m^{3}$

$V o l u m e = l e n g t h \times b r e a t h \times d e p t h$

$\Rightarrow 50 = 2.5 \times b r e a t h \times 10$

$\Rightarrow b r e a t h = \frac{50}{25} = 2 m$
Correct answer is 2m

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The capacity of a cuboidal tank is 50000 litres of water. Find the breadth of the tank, if its length and depth are respectively 2.5 m and 10 m.

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The capacity of a cuboidal tank is 50000 litres of water. Find the breadth of the tank, if its length and depth are respectively 2.5 m and 10 m.

Q. The capacity of a cuboidal tank is

50000

litres of water. Find the breadth of the tank, if its length and depth are respecrively

2.5

m and

10

Q. The capacity of a cuboidal tank is

50000 litres

of water. Find the breadth of the tank, if its length and depth are

2.5 m

and

10 m

respectively.

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The capacity of cuboidal is 50000 liters of water. Find the breath of the tank, if its length and depth are respectively 2.5m and 10 m.

1m3=1000litre⇒1litre=10−3m3⇒50000litre=10−3×50000m3=50m3Volume=length×breath×depth⇒50=2.5×breath×10⇒breath=5025=2mCorrect answer is 2m