If density if mercury is `13.6gm//cm^3`then find the mass of 1 lit merury?

The cross-sectional area and length of each arm of a U-tube are 1cm^(2) and 33 cm respectively. Mercury is poured into it up to a height of 6.8 cm in each arm. Now water is poured into one of the arms to fill it completely. If the density of mercury is 13.6g*cm^(-3) , then determine the volume of water poured into it.

There is a layer of oil over mercury in a container. The density of mercury is 13.6g*cm^(-3) and that of the oil is 0.8g*cm^(-3) . A homogeneous sphere remains immersed with half of its volume in mercury and the other half in oil. The density of the material of the sphere in g*cm^(-3) is

The external and interenal diameter of a hollow metal spheres are 12cm and 10cm respectively. If the density of the metal be 4.9 gm/cc, then find the mass of the hollow sphere.

A shotput is a metallic sphere of radius 4.9 cm .If the density of the metal is 7.8g. Per cm ^(3) find the mass of the shotput.

The mass of a coil of copper wire of diameter 1.2 mm is 150 g. If the density of copper is 8.9g*cm^(-3) , then find the length of the copper wire.

A beaker contains mercury to a depth of 4 cm and above it there is water of depth 12 cm. What is the total pressure acting on the bottom of the beaker? [density of mercury = 13.6g*cm^(-3) , atmospheric pressure = 76 cm of mercury]

There is a cavity inside a piece of metal of mass 237.3g. The apparent weight of the piece of metal immersed completely in water is 192.1gxxg . If the density of the metal is 7.91g*cm^(-3) , then find the volume of the cavity.

Density of mercury is 13.6 g*cm^(-3) " at " 0^(@)C. What will be the volume of 100 g of mercury at 100^(@)C ? Coefficient of real expansion of mercury 1/5550""^(@)C^(-1).

A vessel contains mercury and water. An iron cylinder just floats vertically in that vessel. What is the ratio of the immersed parts of the cylinder in water and in mercury? The density of mercury = 13.6g*cm^(-3) and the density of iron = 7.78g*cm^(-3) .

Density of mercury at 15^(@)C is 13.56g*cm^(-3) and its coefficient of real expansion is 18 times 10^(-5@)C^(-1). What will be the mass of 600cm^(3) of mercury at 130^(@)C ? What will be the volume of 600 g of mercury at 130^(@)C ?