A weight thermometer contains 26 g of mercury at `20^0`C and `25g` `of` `mercury` `at` `60^0`C The coefficient of apparent expansion of mercury in glass vessel is

A glass vessel is filled up to 3/5th of its volume by mercury. If the volume expansivities of glass and mercury be 9xx 10^(-6)//^(@)C and 18xx10^(-5)//^(@)C respectively, then the coefficient of apparent expansion of mercury is

Two vessel connected by a pipe with a sliding plug contain mercury. In one vessel, the height of murcury column is 39.2 cm and its temperature is 0^@ C , while in the other, the height of mercury column is 40 cm and its temperature is 100^@ C . Find the coefficient if cubical expansion for mercury. The volume of the connecting pipe should be neglected.

A glass vessel measures exactly 10cm xx 10 cm xx 10 cm at 0^@C . It is filled completely with mercury at this temperature. When the temperature is raised to 10^@C , 1.6cm^3 of mercury overflows. Calculate the coefficient of volume expansion of mercury. coefficient of linear expansion of glass = 6.5 xx 10^(-6)C^(-1) .

A glass vessel measures exactly 10 cm xx 10 cm xx 10 cm at 0^@C . It is filled completely with mercury at this temperature. When the temperature is raised 10 10^C, 1.6cm^3 of mercury overflows. Calculate the coefficient of volume expansion of mercury. Coefficient of linear expansion of glass = 6.5 xx 10^(-6 @)C^(-1) .

A glass cylinder contains m_0=100g of mercury at a temperature of t_0=0^@C . When temperature becomes t_1=20^@C the cylinder contains m_1=99.7g of mercury The coefficient of volume expansion of mercury gamma_(He)=18xx(10^(-5)//^(@)C Assume that the temperature of the mercury is equal to that of the cylinder. The coefficient of linear expansion of glass alpha is

A glass cylinder contains m_0=100g of mercury at a temperature of t_0=0^@C . When temperature becomes t_1=20^@C the cylinder contains m_1=99.7g of mercury The coefficient of volume expansion of mercury gamma_(He)=18xx(10^(-5)//^(@)C Assume that the temperature of the mercury is equal to that of the cylinder. The corfficient of linear expansion of glass alpha is

A flask of volume 10^3 cc is completely filled with mercury at 0^@C The coefficient of cubical expansion of mercury is 180xx10^(-6)//^(@)C and heat of glass is 40xx10^(-6)//^(@)C . If the flask in now placed in boiling water at 100^@C how much mercury will overflow?

A mercury in glass thermometer has a stem of internal diameter 0.06 cm and contains 43 g of mercury. The mercury thread expands by 10 cm when the temperature changes from 0^@C to 50^@C . Find the coefficient of cubical expansion of mercury. Relative density of mercury =13.6 and alpha_("glass")=9xx10^(-6)//K .

A flask of mercury is sealed off at 20^@C and is completely filled with mercury. If the bulk modulus for mercury is 250 Mpa and the coefficient of volume expansion of mercury is 1.82xx10^(-4)//^(@)C and the expansion of glass is ignored, the pressure of mercury within flask at 100^@C will be

A flask of mercury is sealed off at 20^@C and is completely filled with mercury. If the bulk modulus for mercury is 250 Mpa and the coefficient of volume expansion of mercury is 1.82xx10^(-4)//^(@)C and the expansion of glass is ignored, the pressure of mercury within flask at 100^@C will be