Home
Class 10
MATHS
The number of vertices of a right circul...

The number of vertices of a right circular cone is ________________.

Text Solution

Verified by Experts

BC, Since the hypotenuse of the right - angled triangle is AC and the right circular cone is produced by one rotation of the triangle keeping the side AB fixed , so AB is the height of the cone. Clearly , the radius of the base is BC.
Promotional Banner

Topper's Solved these Questions

  • RIGHT CIRCULAR CONE

    CALCUTTA BOOK HOUSE|Exercise Exercise 1|25 Videos

  • RIGHT CIRCULAR CONE

    CALCUTTA BOOK HOUSE|Exercise Exercise 2|10 Videos

  • RECTANGULAR PARALLELOPIPED OR CUBOID

    CALCUTTA BOOK HOUSE|Exercise EXERCISE-(MCQs)|40 Videos

  • RIGHT CIRCULAR CYLINDER

    CALCUTTA BOOK HOUSE|Exercise Exercise - 2 (Long-answer type questions)|11 Videos

Similar Questions

Explore conceptually related problems

The number of surfaces of a closed right circular cone is____________.

The curved surface area of a right circular cone = ___________ xx slant height .

Fill in the blanks No. of surface of a solid right circular cone is_________.

Multiple Choice Questions (MCQ) Number of surface of a solid right circular cone is

The lateral surface area of a right circular cone = (Total surface area)=__________________.

The diameter of the base of a right circular cone is 6 cm and height is 4 cm . Then the curved surface area of the cone is

The area of curved surface of a right circular cone is sqrt 5 times that of the base of the cone, find the fatio of the height and the radius of the base of the cone.

The ratio of the radius of the base of a right circular cone and its height is 3:7 , The volume of the cone is 528c c . Fin the diameter of the cone.

The line segment joining the vertex of a right circular cone and the centre of the circular base of it will be _________on its base - plane.

If the area of the curved surface of a right circular cone is sqrt17 times the area of its base, then the ratio of the height and diameter of the base of the cone is