A godown is in the form of a cuboid of measures 60m- 40m- 30m- How many cuboidal boxes can be stored in it if the volume of one box is 0-8m3-

Volume of the cuboid measuring 60 × 40 × 30=72000m^3 Number of cuboidal boxes stored in the big cuboid is 72000 m^30.8 m^3=90000 ...

You visited us 63 times! Enjoying our articles? Unlock Full Access!

Byju's Answer

Standard VIII

Mathematics

Total Surface Area of a Cuboid

A godown is i...

Question

A godown is in the form of a cuboid of measures $60 m \times 40 m \times 30 m$ . How many cuboidal boxes can be stored in it if the volume of one box is $0.8 m^{3}$ ?

Open in App

Solution

Volume of the cuboid measuring $60 \times 40 \times 30 = 72000 m^{3}$
Number of cuboidal boxes stored in the big cuboid is $\frac{72000 m^{3}}{0.8 m^{3}} = 90000$

Suggest Corrections

Similar questions

A storeroom in the form of a cuboid has measures $54 m \times 30 m \times 24 m$ . How many cuboidal boxes can be stored in it if the volume of one box is $2.4 m^{3}$ ?

Q. A store room in the form of a cuboid has measures

42 m \times 35 m \times 21 m

. How many cuboidal boxes can be stored in it if the volume of one box is

0.7 m^{3}

Q. A room is in the from of a cuboid of measures 50 m

\times

30 m

\times

20 m. How many cuboidal boxes can be stored in it if the volume of one box is 0.6

m^{3}

A store room in the form of a cuboid measures $42 m \times 35 m \times 21 m$ . How many cuboidal boxes can be stored in it if the volume of one box is $0.7 m^{3}$ ?

Q. A store room in the form of a cuboid has dimensions

42 m \times 35 m \times 21 m .

How many cuboidal boxes can be stored in it if the volume of each box is

0.7 m^{3} ?

Join BYJU'S Learning Program

A godown is in the form of a cuboid of measures 60m×40m×30m. How many cuboidal boxes can be stored in it if the volume of one box is 0.8m3?

Volume of the cuboid measuring 60×40×30=72000m3Number of cuboidal boxes stored in the big cuboid is 72000m30.8m3=90000

A godown is in the form of a cuboid of measures $60 m \times 40 m \times 30 m$ . How many cuboidal boxes can be stored in it if the volume of one box is $0.8 m^{3}$ ?

Volume of the cuboid measuring $60 \times 40 \times 30 = 72000 m^{3}$
Number of cuboidal boxes stored in the big cuboid is $\frac{72000 m^{3}}{0.8 m^{3}} = 90000$