Question:
Which of the following properties is not observed in the case of Superconductors?
Which of the following properties is not observed in the case of Superconductors?
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Superconductors exhibit perfect diamagnetism, not paramagnetism. The Meissner Effect is key!
Updated On: Sep 19, 2025
- Meissner Effect
- Formation of Cooper pairs
- Paramagnetism
- Zero resistivity
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The Correct Option is C
Solution and Explanation
Step 1: Superconductivity properties.
Superconductors exhibit several unique behaviors when cooled below their critical temperature: - Meissner Effect: Expulsion of magnetic fields from a superconductor. - Formation of Cooper pairs: Electrons pair up with opposite spin and momentum, enabling superconductivity. - Zero resistivity: Complete absence of electrical resistance. Step 2: Paramagnetism.
- Paramagnetism: Materials that are weakly attracted by an external magnetic field, which is not a property of superconductors. Instead, superconductors are characterized by perfect diamagnetism (expelling the magnetic field).
Final Answer: \[ \boxed{\text{Paramagnetism}} \]
Superconductors exhibit several unique behaviors when cooled below their critical temperature: - Meissner Effect: Expulsion of magnetic fields from a superconductor. - Formation of Cooper pairs: Electrons pair up with opposite spin and momentum, enabling superconductivity. - Zero resistivity: Complete absence of electrical resistance. Step 2: Paramagnetism.
- Paramagnetism: Materials that are weakly attracted by an external magnetic field, which is not a property of superconductors. Instead, superconductors are characterized by perfect diamagnetism (expelling the magnetic field).
Final Answer: \[ \boxed{\text{Paramagnetism}} \]
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