‘Stem Correction’ in platinum resistance thermometers are eliminated by the use of

A thermometer uses :

Resistance of platinum wire in one platinum resistance thermometer at ice point and at steam point are respectively 10 Omega and 12.5 Omega . When this thermometer is kept in one heat bath, its resistance is found to be 14 Omega . Find temperature of this heat bath.

Resistance of platinum wire in one platinum resistance thermometer at ice point and at steam point are respectively 10 Omega and 10.78 Omega . When this thermometer is kept in one heat bath, its resistance is found to be 10.123 Omega . Find temperature of this heat bath in degree Fahrenheit (""^(@)F).

A platinum resistance thermometer is constructed which reads 0^(@) C at ice point and 100^(@) C at steam point. The resistance of platinum coil varies with t as R_(1) = R_(0) (1+ alpha t + beta t^(2) ) . If t_(p) denotes temperature on the platinum resistance thermometer and t denotes temperature on mercury scale. Then resistance as the function of t_(p) will be:

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 respectiely.

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 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.