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- Surface Areas and Volumes - Exercise 13.1
- Surface Areas and Volumes - Exercise 13.2
- Surface Areas and Volumes - Exercise 13.3
- Surface Areas and Volumes - Exercise 13.4
- Surface Areas and Volumes - Exercise 13.5
- Surface Areas and Volumes - Exercise 13.6
- Surface Areas and Volumes - Exercise 13.7
- Surface Areas and Volumes - Exercise 13.8
- Surface Areas and Volumes - Exercise 13.9

A cuboidal vessel is 10 m long and 8 m wide. How high must it be made to hold 380 cubic meters

of a liquid?

Answer:

Given:

Length of the cuboidal vessel, l = 10 m

Width of cuboidal vessel , b = 8 m

\text { Volume of cuboidal vessel, } V=380 \mathrm{m}^{3}

Let the height of the given vessel be h.

Formula for Volume of a cuboid, V = l x b x h

Using formula, we have

l x b x h = 380

(10) (8) h = 380

Or h = 4.75

Therefore, the height of the vessels is 4.75 m.

"hello students welcome to lido q a video
session i am seth your math tutor and
question for today is
a cuboidal vessel is 10 meter long and 8
meter wide
how high must it be made to hold 380
cubic meters of liquid
given to us is length and width
length of the cuboidal vessel let us
assume it to be l which is equal to 10
meter
and with the let us assume it to be
b
here b is 8 meter
now volume of the cuboidal vessel v is
given that is 380 meters cube
hence first of all let the height of the
vessel be
h we have to find the height let us
assume it to be h
we know formula for the volume of the
cuboid that is length into breath into
height
and this is length is 10 breath is
8 height is we need to find and volume
is given
that is 380 meters cube
now to find h
380 divided by 10 into 8
so this will give you after
simplification
you will get 38
upon 8 and height comes out to be 4.75
4.75 meters therefore height of the
vessel is 4.75 meters
and that is our final answer if you have
any query you can drop it in our comment
section
and subscribe to dido for more such q a
thank you for watching"

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