The pressure of air in the bulb of constant volume air thermometer is 75 cm of mercury at `0^(@)C, 100 cm` at `100^(@)C` and 80 cm at the room temperature. Calculate the room temperature.

The pressure of air in the bulb of a constant volume gas thermometer of 0^o C and 100^o C are 73.00cm and 100cm of mercury respectively. Calculate the pressure at the room temperature 20^o C .

The pressure of air in the bulb of a constant volume gas thermometer of 0^o C and 100^o C are 73.00cm and 100cm of mercury respectively. Calculate the pressure at the room temperature 20^o C .

The pressure of hydrogen gas in a constant volume gas thermometer is 80.0cm at 0^(@)C, 110cm at 100^(@)C and 95.0 cm at unknown temoerature t . Then t is equal to

The pressue of air in the bulb of a constant volume gas thermometer of 0^0 C and 100^0 C are 73.00cm and 100cm of mercury respectively.Calculate the pressure at the room temperature 20^0 C .

The pressure of a gas filled in the bulb of constant volume gas thermometer at 0^(@) C and 100^(@)C are 28.6 cm and 36.6 cm of mercury respectively. The temperature of bulb at which pressure will be 35.0 cm of mercury will be

The pressure of a gas filled in the bulb of constant volume gas thermometer at 0^(@)C and 100^(@)C are 28.6 cm and 36.6 cm of mercury respectively. The temperature of bulb at which pressure will be 35.0 cm of mercury will be

The pressure of a gas filled in the bulb of a constant volume gas thermometer at 0^(@)Cand100^(@)C 28.6 cm and 36.6 cm of mercury respectively. The temperature of bulb at which pressure will be 35.0 cm of mercury will be

The pressures of the gas filled in the bulb of a constant volume gas thermometer are 66 cm and 88 cm of mercury column at 0^(@)C and 100^(@)C respectively. When its bulb is immersed in a liquid placed in a vessel, its pressure is 82.5 cm of mercury column. Calculate the temperature of the liquid.