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 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 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 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 the gas in a constant volume gas thermometer are 80 cm, 90 cm and 100 cm of mercury at the ice point, the steam point and in a heated wax bath respectively. Find the temperature of the wax bath.

The pressure of the gas in a constant volume gas thermometer are 80 cm, 90 cm and 100 cm of mercury at the ice point, the steam point and in a heated wax bath respectively. Find the temperature of the wax bath.

The pressure of the gas in a constant volume gas thermometer are 80 cm, 90 cm and 100 cm of mercury at the ice point, the steam point and in a heated wax bath respectively. Find the temperature of the wax bath.

The pressure of air in a constant volume air thermometer is 80cm and 109.3cm at 0^(@)C and 100^(@)C respectively. When the bulb is placed in some hot water, the pressure is 100cm. Calculate the temperature of the hot water.