The resistance of a certain paltinum resistance thermomter is found to be `2.56 Omega` at `0^(@)C` and `3.56 Omega` at `100^(@)C`. When the thermometer is immersed in a given liquid, its resistance is observed to be `5.06 Omega`. The temperature of the liquid

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.

The resistance of a platinum resistance thermometer is 3.14 Omega at 40^(@)C and 3.76 Omega at 100^(@)C . Calculate the temperature coefficient of resistance of platinum. What will be its resistance when the thermometer is immersed in melting ice ?

The resistances of a platinum resistane thermometer are 2.5 Omega, 4.0 Omega , and 7.3 Omega at 0^(@)C, 100^(@)C at t^(@)C respectively. Calculate t.

The resistance of a conductor is 5 Omega " at " 50 ^(@) C and 6 Omega" at " 100^(@) C then the resistance at 0^(@) C is _______ .

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

The resistance of a conductor is 5Omega at 50^(@) C and 6Omega at 100^(@)C . The resistance at 0^(@)C is

If the resistance of a conductor is 5 Omega at 50^(@)C and 7Omega at 100^(@)C then the mean temperature coefficient of resistance of the material is

If the resistance of a conductor is 5 Omega at 50^(@)C and 7Omega at 100^(@)C then the mean temperature coefficient of resistance of the material is

Resistance of a copper coil is 4.64 Omega at 40^@C and 5.6 Omega at 100^@C . Then its resistance at 0^@C is (in Omega )