The cold junction of a thermocouple is maintained at `15^(@)C`. No thermo-emf is developed when the hot junction is mainted at `525^(@)C` . Find neutral temperature.

The cold junction of a thermocouple is maintained at 10^(@)C . No thermo e.m.f . is developed when the hot junction is maintained at 530^(@)C . The neutral temperature is

When the hot and cold junctions of a thermo couple are interchanged then the thermo emf

If the cold junction of thermocouple is kept at 0^(@)C and the hot junction is kept at T^(@)C , then the relation between neutral temperature (T_(n)) and temperature of inversion (T_(i)) is

If the cold junction of thermocouple is kept at 0^(@)C and the hot junction is kept at T^(@)C , then the relation between neutral temperature (T_(n)) and temperature of inversion (T_(i)) is

If the cold junction of thermocouple is kept at 0^(@)C and the hot junction is kept at T^(@)C , then the relation between neutral temperature (T_(n)) and temperature of inversion (T_(i)) is

The cold junction of a thermocouple is 0^(@)C . The ratio of thermo emf is at temperature s (of hot junction ) 50^(@)C and 100^(@)C respectively 8 : 15 . The neutral temperature of thermocouple is (e = at + bt^(2))

When the cold junction of a thermocouple is maintained at 0^(@)C , the thermo em .e., generated by this thermocouple is given by the relation e=[16*8+(1)/(2)(-0*0480) theta^(2)]xx10^(-6) where theta is the temperature of the hot junction in ""^(@)C . Find the neutral temperature of this thermocouple.

If the cold junction of a thermocouple is kept at 0^@C and the hot junction is keot at T^@C then the relation between neutral temperature (T_n) and temperature of inversion (T_i) is :