The radius (in cm) of the largest right circular cone that can be cut out from a cube of edge 4.2 cm is

Find the volume of the largest right circular cone that can be cut out of a cube whose edge is 9cm.

Find the volume of the largest right circular cone that can be cut out of a cube whose edge is 9cm.

Find the volume of the larges right circular cone that can be cut out of a cube whose edge is 9cm.

Find the volume of that largest cone that can be cut from a cube of edge 14 cm.

Find the volume of the largest right circular cone that can be fitted in a cube whose edge is 14cm.

Find the volume of that largest cone that can be cut from a cube of edge 8 cm.

Write True or False and justify your answer in each of the following: The volume of the largest right circular cone that can be fitted in a cube whose edge is 2r equals to the volume of a hemisphere radius r .

A given right cone has volume p , and the largest right circular cylinder that can be inscribed in the cone has volume qdot Then p : q is (a) 9:4 (b) 8:3 (c) 7:2 (d) none of these

Show that the height of the right circular cone of maximum volume that can be inscribed in a sphere of radius 12 cm is 16 cm.

The radius of right circular cone A is (1)/(5) of the radius of right circular cone B, and the height circular cone A is (1)/(4) of the height of right circular cone B. What is the ratio of the volume of right circular cone A to the colume of right circular cone B ?