For a superconductor, relation between transition temperature TC and critical field HC is shown as

\(H_C=H_0 \left[1+\left(\dfrac{T_C}{T}\right)^2\right]\)

\(H_C=H_0 \left(1-\dfrac{T_C}{T}\right)\)

\(H_C=H_0 \left[1-\left(\dfrac{T_C}{T}\right)^2\right]\)

\(H_C=H_0 \left[1-\left(\dfrac{T}{T_C}\right)^2\right]\)

For a superconductor, relation between transition temperature TC and

1.	For a superconductor, relation between transition temperature TC and critical field HC is shown as
A.	\(H_C=H_0 \left(1-\dfrac{T_C}{T}\right)\)
B.	\(H_C=H_0 \left[1-\left(\dfrac{T_C}{T}\right)^2\right]\)
C.	\(H_C=H_0 \left[1-\left(\dfrac{T}{T_C}\right)^2\right]\)
D.	\(H_C=H_0 \left[1+\left(\dfrac{T_C}{T}\right)^2\right]\)
Answer» D. \(H_C=H_0 \left[1+\left(\dfrac{T_C}{T}\right)^2\right]\)

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For a superconductor, relation between transition temperature TC and critical field HC is shown as

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