21 glass spheres, each of radius 2 cm are packed in a cuboidal box of internal dimensions 16 cm × 8 cm × 8 cm and, then the box is filled with water. Find the volume of water filled in the box.

Open in App

Solution

It is given that 21 glass spheres each of radius 2 cm are packed in a cuboidal box of inner dimensions and then filled with water.

We have to find the volume of water.

Radius of glass sphere r

Volume of a glass sphere

Length of cuboidal box

Breadth of cuboidal box

Height of cuboidal box

Volume of water = Volume of cuboidal box − Volume of glass spheres

Suggest Corrections

Similar questions

Q. Question 11
16 glass spheres each of radius 2 cm are packed into a cuboidal box of internal dimensions

16 c m \times 8 c m \times 8 c m

and then the box is filled with water. Find the volume of water filled in the box

Q. Question 11
16 glass spheres each of radius 2 cm are packed into a cuboidal box of internal dimensions

16 c m \times 8 c m \times 8 c m

and then the box is filled with water. Find the volume of water filled in the box

16

glass spheres each of radius

2

cm are packed into a cuboidal box of internal dimensions 16 cm

\times

8 cm

\times

8 cm and then the box is filled with water. Find the volume of water filled in the box.

Metal spheres, each of radius 2 cm, are packed into a rectangular box of internal dimension $16 c m \times 8 c m \times 8 c m$ when 16 spheres are packed the box is filled with preservative liquid. Find the volume of this liquid .

Q. Metal spheres, each of the radius 2 cm, are packed into a rectangular box of internal dimension 16 cm × 8 cm × 8 cm when 16 spheres are packed the box is filled with preservative liquid. Find the volume of this liquid.

Join BYJU'S Learning Program