For a copper-constantan (type T) thermocouple, the junction potential E (in μV) at 0oC is given byE=42.58θ+5.6×10−2θ2+2.35×10−4θ3−2.1×10−6θ4+higher order terms. Assuming the cold junction compensation. The sensitivity of thermocouple at 100oC is ____ muV/oC

For a copper-constantan (type T) thermocouple, the junction potential

1.	For a copper-constantan (type T) thermocouple, the junction potential E (in μV) at 0oC is given byE=42.58θ+5.6×10−2θ2+2.35×10−4θ3−2.1×10−6θ4+higher order terms. Assuming the cold junction compensation. The sensitivity of thermocouple at 100oC is ____ muV/oC
Answer» For a copper-constantan (type T) thermocouple, the junction potential $E ($ in $μ V)$ at $0^{o} C$ is given by $E = 42.58 θ + 5.6 \times 10^{- 2} θ^{2} + 2.35 \times 10^{- 4} θ^{3} - 2.1 \times 10^{- 6} θ^{4} + h i g h e r o r d e r t e r m s .$ Assuming the cold junction compensation. The sensitivity of thermocouple at $100^{o} C$ is ____ $m u V /^{o} C$

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For a copper-constantan (type T) thermocouple, the junction potential E (in μV) at 0oC is given byE=42.58θ+5.6×10−2θ2+2.35×10−4θ3−2.1×10−6θ4+higher order terms. Assuming the cold junction compensation. The sensitivity of thermocouple at 100oC is ____ muV/oC

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