A glass bulb of volume `250c c` is filled with mercury at `20^(@)C` and the temperature is raised to `100^(@)C`. If the coefficient of absolute expansion of mercury is `18 xx 10^(-5 //@)C`). The volume of mercury overflows

A glass bulb of volume 250c c is filled with mercury at 20^(@)C and the temperature is raised to 100^(@)C . If the coefficient of linear expansion of glass is 9 xx 10^(-6 //@)C ). Coefficient of absolute expansion of mercury is 18 xx 10^(-5 //@)C ). The volume of mercury overflows

A glass bulb of volume 250 c.c is completely filled with mercury at 20^(@)C . The temperature of the system is raised to 100^(@)C . If the coefficient of linear expansion of glass is 9xx10^(-6)//""^(@)C and coefficient of absolute expansion of mercury is 1.8xx10^(-4)//""^(@)C , the volume of mercury that overflows is nearly

A glass flask of volume 1 litre is fully filled with mercury at 0^(@)C . Both the flask and mercury are now heated to 100^(@)C . If the coefficient of volume expansion of mercury is 1.82xx10^(-4)//""^(@)C , volume coefficient of linear expansion of glass is 10xx10^(-6)//""^(@)C , the amount of mercury which overflows is

A glass flask of volume 200cm^(3) is completely filled with mercury at 20^(0)C . The amount of mercury that overflow when the flask is heated to 80^(0)C (Coefficient of volume expansion of glass is 27 xx 10^(-6 //0)C, gamma of mercury 0.18 xx 10^(-3) //^(0)C

A glass flask of volume one litre is filled completely with mercury at 0^@ C. The flask is now heated to 100^@ C. Coefficient of volume expansion of mercury is 1.82xx10^-4 c and coefficient of linear expansion of glass is 0.1xx10^-4c . During this process, amount of mercury which overflows is

The density of mercury at 0^@C is 13600 (kg)/m^3 and volume coefficient of expansion of mercury is 1.82 xx 10^-4 /(@C) . The denstiy of mercury at 50^@C is nearly