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 $2.4 m^{3}$ ?

16200

Right on! Give the BNAT exam to get a 100% scholarship for BYJUS courses

8100

No worries! We‘ve got your back. Try BYJU‘S free classes today!

32400

No worries! We‘ve got your back. Try BYJU‘S free classes today!

24660

No worries! We‘ve got your back. Try BYJU‘S free classes today!

Open in App

Solution

The correct option is A
16200

Volume of box $= 2.4 m^{3}$
Volume of store room $= 54 \times 30 \times 24 m^{3}$

Number of boxes that can be stored in the room $= \frac{V o l u m e o f t h e r o o m}{V o l u m e o f o n e b o x} = \frac{54 \times 30 \times 24}{2.4} = 16200$
So, The number of cuboidal boxes that can be stored in the room is 16200.

Suggest Corrections

Similar questions

Q. 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}

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 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 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} ?

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}

Join BYJU'S Learning Program

A storeroom in the form of a cuboid has measures 54m×30m×24m. How many cuboidal boxes can be stored in it if the volume of one box is 2.4m3?

The correct option is A 16200 Volume of box =2.4 m3 Volume of store room =54×30×24 m3 Number of boxes that can be stored in the room =Volume of the roomVolume of one box=54×30×242.4=16200 So, The number of cuboidal boxes that can be stored in the room is 16200.

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 $2.4 m^{3}$ ?