Question

the force of attraction of magnet is maximum at the poles and minimum at the centre true or false​

Answer 1

Answer:

The magnetic force of attraction is greater where the field lines are crowded. Since all the magnetic fields lines generate from the poles. The crowd of field lines is maximum near poles.

Explanation:

The magnetic field lines near the center are parallel to the length of the bar. Moreover, the density of the field lines is maximized at the "poles" of the bar magnet and minimized at the center which means that the magnitude of the magnetic field is smallest at the center. That is, in the middle the magnetic lines are far away from one another and at the poles are close to each other that is why at the center the magnetic force is less than the poles.

Hence, the maximum attraction is at the poles.

so your answer is true

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Answer 2

Answer:

The magnetic force of attraction is greater where the field lines are crowded. Since all the magnetic fields lines generate from the poles. The crowd of field lines is maximum near poles.

Explanation:

Explanation:

The magnetic field lines near the center are parallel to the length of the bar. Moreover, the density of the field lines is maximized at the "poles" of the bar magnet and minimized at the center which means that the magnitude of the magnetic field is smallest at the center. That is, in the middle the magnetic lines are far away from one another and at the poles are close to each other that is why at the center the magnetic force is less than the poles.

True