A test tube consists of a hemisphere and a cylinder of the same radius. The volume of the water required to fill the whole tube is `5159/6 cm^3` and `4235/6 cm^3` of water required to fill the tube to a level which is 4 cm below the top of the tube. Find the radius of the tube and the length of its cylindrical part.

A test tube consists of a hemisphere and a cylinder of the same radius. The volume of the water required to fill the whole tube is (5159)/(6) cm ^(3), and (4235)/(6) cm ^(3) of water is required to fill the tube to a level which is 4 cm below the top of the tube. Find the radius of the tube and the length of its cylindrical part.

A test tube consists of a hemisphere and a cylinder of the same radius. The volume of water required to fill the whole tube is 2849/3 cm^(3) and 2618/3 cm^(3) of water is required to fill the tube to a level which is 2cm below the top of the tube. Find the radius of the tube and the length of its cylindrical part.

3080 cm^(3) of water is required to fill a cylindrical vessel completely and 2310 cm ^(3) of water is required to fill it upto 5 cm below the top. Find : radius of the vessel.

3080 cm^(3) of water is required to fill a cylindrical vessel completely and 2310 cm ^(3) of water is required to fill it upto 5 cm below the top. Find : height of the vessel.

A test tube has lower part hemispherical and upper part cylindrical with the same radius. If (5159)/6 cm^3 of water is poured, the test tube will be completely filled . But if (2002)/3cm^3 of water is poured , 5 cm of height will remain empty .Calculate the radius of the tube and the height of the cylindrical part.

Water rises to capillary tube to a height of 4 cm. If radius of the tube is one-fourth, the water will rise to a height of

A cylindrical tube open at both ends is made of metal. The internal diameter of the tube is 6 cm and length of the tube ie 10 cm. If the thickness of the metal used is 1 cm, then the outer curved surface area of the tube is:

Water rises to a height of 10.3 cm in a capilaary of height 18 cm above the water level. If the tube is out at a height of 12 cm in the capillary tube

Water rises to a height of 2 cm in a capillary tube. If the tube is tilted 60^@ from the vertical, water will rise in the tube to a length of

Water rises to a height of 2 cm in a capillary tube. If the tube is tilted 60^@ from the vertical, water will rise in the tube to a length of