Resistance of platinum wire in a platinum resistance thermometer at melting ice, boiling water and at a hot bath are `6Omega,6.5Omega` and `6.2Omega`, respectively. Find temperature of hot bath.

Resistance of platinum wire in a platinum resistance thermometer at melting ice, boiling water and at a hot bath are 5 Omega , 5.5 Omega and 5.2 Omega respectively . Find temperature of hot bath.

In a platinum resistance thermometer resitance of the platinum wire at 0^(@)C, 100^(@) C and in hot bath are 8 Omega , 12 Omega and 11 Omega respectively. Temperature of hot bath is

The resistances of a platinum resistance thermometer at the ice point, the steam point and the boiling point of sulphur are 2.50, 3.50 and 6.50 Omega respectively. Find the boiling point of sulphur on the platinum scale. The ice point and the steam point measure 0^0 and 100^0 respectively.

The resistances of a platinum resistance thermometer at the ice point, the steam point and the boiling point of sulphur are 2.50, 3.50 and 6.50 (Omega) respectively. Find the boiling point of sulphur on the platinum scale. The ice point and the steam point measure 0^@ and 100^@ , respectively.

The resistance of a platinum wire of platinum resistance thermometer at the ice point is 5 Omega and at steam point is 5.23 Omega . When therometer is insertes in a hot bath, the resistance of the platinum wire is 5.795 Omega . Calculate the temperature of the bath?

The resistance of the wire in the platinum resistance thermometer at ice point is 5Omega and at steam point is 5.25Omega . When the thermometer is inserted in an unknown hot bath its resistance is found to be 5.5Omega . The temperature of the hot bath is

The resistance of a coil used in a platinum-resistance thermometer at 0^(@)C is 3.00Omega and at 100^(@)C is 3.75Omega . Its resistance at an unknown temperature is measured as 3.15Omega . Calculate the unknown temperature.

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.

A platinum resistance thermometer reads 0^@ C when its resistance is 80 Omega and 100^@ C when its resistance is 90 Omega . Find the temperature at which the resistance is 86 Omega .

Resistance thermometer . The variation in electrical resistance with temperature can be used to make precise temperature measurements. Platinum is commonly used since it is relatively free from corrosive effects and has a high melting point. Suppose at 20.0 ^(@)C the resistance of a platnum resistance thermometer is 164.2 Omega When praised in a particular solution, the resistance is 187.4 Omega . What is the temperature of this solution ?