Statement 1: The magnetic field strength of a bar magnet is the maximum at its poles.

Statement 2: There is no magnetic field inside a current-carrying solenoid.

Statement 1 is true.

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Statement 2 is true.

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Both the statements are true.

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Both the statements are false.

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Solution

The correct option is A Statement 1 is true.
The magnetic field strength of a bar magnet is maximum at its poles. The magnetic field generated by a current carrying solenoid is similar to a bar magnet. Hnece only statement 1 is true.

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(A) An emf can be induced by moving a conductor in a magnetic field.
(B) An emf can be induced by changing the magnetic field.

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(b) A is true but B is false.
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Statement 1: The magnetic field strength of a bar magnet is the maximum at its poles.

Statement 2: There is no magnetic field inside a current-carrying solenoid.

Q. Statement 1 - Magnetic flux density is maximum at poles.
Statement 2 - Magnetic field lines are closed and continuous curves.

Q. Which of the following statements is correct for the magnetic field inside a long straight solenoid-carrying current?

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Statement 1: The magnetic field strength of a bar magnet is the maximum at its poles. Statement 2: There is no magnetic field inside a current-carrying solenoid.

The correct option is A Statement 1 is true.The magnetic field strength of a bar magnet is maximum at its poles. The magnetic field generated by a current carrying solenoid is similar to a bar magnet. Hnece only statement 1 is true.

Statement 1: The magnetic field strength of a bar magnet is the maximum at its poles.

Statement 2: There is no magnetic field inside a current-carrying solenoid.

The correct option is A Statement 1 is true.
The magnetic field strength of a bar magnet is maximum at its poles. The magnetic field generated by a current carrying solenoid is similar to a bar magnet. Hnece only statement 1 is true.