Home
Class 10
MATHS
A iron pillar consists of a cylindrical ...

A iron pillar consists of a cylindrical portion of 2.8 m height and 20 cm in diameter and a cone of 42 cm height sumounting it. Find the weight of the pillar if 1 `cm^3` of iron weights 7.5 g.

Text Solution

Verified by Experts

The correct Answer is:
693 kg
Promotional Banner

Topper's Solved these Questions

  • MENSURATION

    NCERT BANGLISH|Exercise Exercise 10.4|8 Videos
  • MENSURATION

    NCERT BANGLISH|Exercise OPTIONAL EXERCISE|5 Videos
  • MENSURATION

    NCERT BANGLISH|Exercise Exercise 10.2|8 Videos
  • COORDINATE GEOMETRY

    NCERT BANGLISH|Exercise TRY THIS|15 Videos
  • POLYNOMIALS

    NCERT BANGLISH|Exercise OPTIONAL EXERCISE [For extensive learning]|6 Videos

Similar Questions

Explore conceptually related problems

If the height of a right circular cone be 4.8 cm and its diameter of base 4 cm, then the slant height of the cone will be

A metallic sphere of radius 4.2 cm is melted and recast into the shape of a cylinder of radius 6cm. Find the height of the cylinder.

The height of a right circular cone is 12 cm and its volume is 100Pi cm^3 . Find the lateral height of the cone.

25 small metal cones of radius 6 cm each are made by melting a large right circular cone of radius 15 cm and of height 20 cm . Find the height of the small cones.

Find the volume of right circular cone with radius 6 cm and height 7 cm.

A hot water system (Geyser) consists of a cylindrical pipe of length 14 m and diameter 5 cm. Find the total radiating surface of hot water system.

One part of an iron - pillar is cylindrical and the rest part is conical . The radii of the cylindrical and conical part 8 cm and their heights are 240 cm and 36 cm respectively , If the weight of 1 cc iron be 7.8 gm , what will be the total weight of the pillar ?

A right circular cone is made by melting a piece of metal right cylinder of radius 8 cm and height 2 cm . If the height of the cone is 3 times the height of the cylinder , then what will be the curved surface area of the cone ?