Home
Class 9
MATHS
Find the amount of water displaced by a ...

Find the amount of water displaced by a solid spherical ball of diameter. (i) 28 cm (ii) `0*21` m

Text Solution

Verified by Experts

The correct Answer is:
= 0.00 4851 m^(3)`
Promotional Banner

Topper's Solved these Questions

  • SURFACE AREAS AND VOLUMES

    SWAN PUBLICATION|Exercise EXERCISE 13.9 (Optional)|3 Videos
  • SURFACE AREAS AND VOLUMES

    SWAN PUBLICATION|Exercise Objective Type Questions (Answer the following questions : ) |10 Videos
  • SURFACE AREAS AND VOLUMES

    SWAN PUBLICATION|Exercise EXERCISE 13.7 |9 Videos
  • STATISTICS

    SWAN PUBLICATION|Exercise Objective Type Questions (Fill in Blanks:) |1 Videos
  • TRIANGLES

    SWAN PUBLICATION|Exercise OBJECTIVE TYPE QUESTIONS |20 Videos

Similar Questions

Explore conceptually related problems

Find the amount of water displaced by a solid spherical ball of diameter 28 m.

Find the amount of water displaced by a solid spherical ball of diameter 0.21 m.

Find the surface area of a sphere of diameter: 28cm

A measuring jar of internal diameter 10 cm is partially filled with water. Four equal spherical balls of diameter 2 cm each is dropped in it and they sink down in water completely. What will be the change in the level of water in the jar?

A solid sphere of radius 3 cm is melted and then recast into small spherical balls each of diameter 0.6 cm. Find the number of small balls thus obtained.

Find the cost of preparing a closed cylindrical tank of height 2.8 m and base diameter 4 m at the rate of Rs 100 per sq. m.

A spherical ball of lead 3 cm in diameter is melted and re casted into three spherical balls. If the diameter of two balls be 3/2 cm and 2 cm, find the diameter of the third ball.

Find the weight of a solid cone whose base is of diameter 14 cm and vertical height 51 cm, supporting the material of which it is made weighs 10 grams per cubic cm.

The apparent depth of water in cylindrical water tank of diameter 2 R cm is reducing at the rate of x cm //min when water is being drained out at a constant rate .The amount of water drained in c.c. per minute is (mu_(1) = refractive index of air, mu_(2) = refractive index of water)