A mercury thermomeeter contains `2c.c.` of `Hg.` at `0^(@)C`. Distance between `0^(@)C` and `100^(@)C` marks on the stem is `35cm` and diameter of the bore is `0.02cm` then `gamma_(A)` of liquid is

A mercury thermometer contains 2c.c. of Hg. At 0^(@)C . Distance between 0^(@)Cand100^(@)C marks on the stem is 35cm and diameter of the bore is 0.02cm. gamma_(A) of liquid is

A mercury thermometer contains 0.4cm^(3) of mercury at 0^(@)C. The diameter of the capillary tube of the thermometer is 0.2 mm. What should be the length of the scale to measure temperatures between 0^(@)C " to " 100^(@)C ? The coefficient of apparent expansion of mercury =1.7 times 10^(-4@)C^(-1).

A constant volume gas thermometer shows pressure reading of 50cm of Hg and 90cm of Hg at 0^(@)C and 100^(@)C respectively. When the pressure reading is 60cm of Hg, the temperature is

Radius of a sphere is 100 cm at 0^(@)C and 100.1 cm at 100^(@)C . Coefficient of cubical expansion of the sphere is

A constant volume gas thermometer shows pressure readings of 50 cm and 90 cm of mercury at 0^(@)C and 100^(@)C respectively, The temprature of the bath when pressure reading is 60 cm of mercury.

A uniform thermometre scale is at steady state with its 0 cm mark at 20°C and 100 cm mark at 100°C . Temperature of the 60 cm mark is-

A uniform thermometre scale is at steady state with its 0 cm mark at 20°C and 100 cm mark at 100°C . Temperature of the 60 cm mark is-