A conical flask is full of water. The flask has base-radius `r` and height `h` . The water is poured into a cylindrical flask of base-radius `m r` . Find the height of water in the cylindrical flask.

A conical flask is full of water. The flask has base radius r and height h. This water is poured into a cylindrical flask of base radius mr. The height of water in the cylindrical flask is

The (3)/(4) th part of a conical vessel of internal radius 5 cm and height 24 cm is full of water. The water emptied into a cylindrical vessel with internal radius 10 cm. Find the height of water in cylindrical vessel.

A conical vessel with radius 10 cm and height 15 cm is completely filled with water. This water is poured into a cylinder with radius 5 cm. Find the height of water in the cylinder.

A rectangular vessel 22 cm by 16 cm by 14 cm is full of water. If the total water is poured into the empty cylindrical vessel of radius 8 cm, find the height of water in the cylinderical vessel.

A hemispherical bowl of internal radius 9cm is full of water.Its contents are emptied in a cylindrical vessel of internal radius 6cm. Find the height of water in the cylindrical vessel.

A hemispherical bowl of internal radius 9cm is full of water.Its contents are emptied in a cylindrical vessel of internal radius 6cm. Find the height of water in the cylindrical vessel.

A conical flask has base radius acm and height hcm. It is completely filled with milk. The milk is poured into a cylindrical thermos flask whose base radius is pcm. What will be the height of the milk level in the flask? (a^(2)h)/(3p^(2))cm(b)(3hp^(2))/(a^(2))cm(c)(p^(2))/(3h^(2))cm(d)(3a^(2))/(hp^(2))cm

A flask in the shape of a right circular cone of height 24 cm is filled with water. The water is poured in right circular cylindrical flask whose radius is (1)/(3) rd of radius of the base of the circular cone. Then the height of the water in the cylindrical flask is

A conical vessel whose internal radius is 5 cm and height 24 cm, is full of water. The water is emptied into a cylindrical vessel with internal radius 10 cm. Find the height to which the water rises in the cylindrical vessel.