An example of a perfect diamagnet is a superconductor. This implies that when a superconductor is put in a magnetic field of intensity $B$ , the magnetic field $B_{S}$ inside the superconductor will be such that :

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Answer 1

A diamagnet has a tendency to repel the magnetic field lines passing through it.
For a perfect diamagnet or a semiconductor, the field lines wont enter the superconductor at all
Hence, the magnetic field inside the superconductor will be 0

Answer 2

A diamagnet has a tendency to repel the magnetic field lines passing through it.
For a perfect diamagnet or a semiconductor, the field lines wont enter the superconductor at all
Hence, the magnetic field inside the superconductor will be 0

An example of a perfect diamagnet is a superconductor. This implies that when a superconductor is put in a magnetic field of intensity $B$ , the magnetic field $B_{S}$ inside the superconductor will be such that :

$B_{S} = - B$

$B_{S} = 0$

$B_{S} = B$

$B_{S} < B$ but $B_{S} \neq = 0$

A diamagnet has a tendency to repel the magnetic field lines passing through it.
For a perfect diamagnet or a semiconductor, the field lines wont enter the superconductor at all
Hence, the magnetic field inside the superconductor will be 0

Diamagnetic material in a magnetic field moves

A diamagnetic material in a magnetic field moves

A material produces a magnetic field which oppose the applied magnetic field, then it is

A sensitive magnetic instrument can be shielded very effectively from outside magnetic fields by placing it inside a box of:

A superconductor exhibits perfect:

Revise with Concepts

Ferromagnetic Material

Ferromagnetic Material at Atomic Level

An example of a perfect diamagnet is a superconductor. This implies that when a superconductor is put in a magnetic field of intensity B, the magnetic field BS​ inside the superconductor will be such that :

BS​=−B

BS​=0

BS​=B

BS​<B but BS​=0

A diamagnet has a tendency to repel the magnetic field lines passing through it. For a perfect diamagnet or a semiconductor, the field lines wont enter the superconductor at all Hence, the magnetic field inside the superconductor will be 0

Diamagnetic material in a magnetic field moves

A diamagnetic material in a magnetic field moves

A material produces a magnetic field which oppose the applied magnetic field, then it is

A sensitive magnetic instrument can be shielded very effectively from outside magnetic fields by placing it inside a box of:

A superconductor exhibits perfect:

Revise with Concepts

Ferromagnetic Material

Ferromagnetic Material at Atomic Level

An example of a perfect diamagnet is a superconductor. This implies that when a superconductor is put in a magnetic field of intensity $B$ , the magnetic field $B_{S}$ inside the superconductor will be such that :

$B_{S} = - B$

$B_{S} = 0$

$B_{S} = B$

$B_{S} < B$ but $B_{S} \neq = 0$

A diamagnet has a tendency to repel the magnetic field lines passing through it.
For a perfect diamagnet or a semiconductor, the field lines wont enter the superconductor at all
Hence, the magnetic field inside the superconductor will be 0