Question

a water tank is 2.5 metre long 2 metre wide and 1.5 metre deep how many cubic metres of water it can be hold ​

Answer 1

$\huge\mathtt{\underline{\underline{\red{ANSWER:-}}}}$

$\sf \implies 7.5m{}^{3}$

$\huge\mathbb{\underline{\underline{\red{SOLUTION:-}}}}$

$\bold{Given}\begin{cases}\sf{Water\:tank}\\ \sf{Length=2.5metre}\\ \sf{Breadth=2metre}\\ \sf{Height=1.5metre}\end{cases}$

$\bf{To\:Find:-}$

• The volume of cuboidal water tank

$\bf{\underline{\underline{\pink{According\:to\: Question:-}}}}$

$\sf{\underline{\purple{Volume\:of\:cuboid=l\times b\times h}}}$

$\bold{Where}\begin{cases}\sf{l=Length}\\ \sf{b=breadth}\\ \sf{h=Height}\end{cases}$

• Now we have to find the volume
• Then put the values which is given in question:-

$\sf\leadsto Volume=2.5m\times 2m\times 1.5m\\ \\ \sf\implies Volume\:of\: water\:tank=5m{}^{2}\times 1.5m\\ \\ \sf\implies Volume \:of\:water\:tank=7.5m{}^{3}$

• The volume of tank =Volume of water it can hold

• Then the volume :-

$\bf Volume\: of \:water\: it\:can\:hold=7.5m{}^{3}$

#BAL

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Answer 2

$\underline \mathbb{SOLUTION}$

$\underline \mathbb{GIVEN}$

WATER TANK

LENGHTH = 2.5 m

BREADTH = 2 m

HEIGHT = 1.5 m

$\underline \mathbb{ATQ}$

$volume \: of \: cuboid = l \times b \times h$

$\underline \mathbb{WHERE}$

$l = length$

$b = breadth$

$h = heigth$

》TO FIND THE VOLUME, PUT THE VALUES WHICH IS GIVEN IN QUESTION:

$= > volume = 2.5m \times 2m \times 1.5m$

$= > v \: of \: wat er \: tank = 5 {m}^{2} \times 1.5 {m}^{2}$

$= > v \: of \: water \: tank = 7.5 {m}^{3}$

》THE VOLUME OF TANK = VOLUME OF WATER IT CAN HOLD

$volume \: of \: water \: it \: c an \: hold = 7.5 {m}^{3}$

_____________________________________

#BAL

#Answerwithquality