justify the statement two magnetic field lines never intersect each other and magnetic field lines are closely curved
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But if the two magnetic field lines intersect one another, then the resultant force on a North Pole placed at the point of intersection will be along to directions, which is not possible. (b) Magnetic field lines are closed curves or forms a closed loop. This is because two magnetic field lines can never intersect.
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The magnetic field lines are the lines drawn in a magnetic field along which a North magnetic pole would move. The magnetic field lines are also known as magnetic lines of force.
Or
The path traced by a North magnetic pole free to move under the influence of a magnetic field is called a magnetic field line.
(a) The magnetic field lines do not intersect or cross one another. This is due to the fact that the resultant force on a North Pole at any point can be only in one direction. But if the two magnetic field lines intersect one another, then the resultant force on a North Pole placed at the point of intersection will be along to directions, which is not possible.
(b) Magnetic field lines are closed curves or forms a closed loop. This is because two magnetic field lines can never intersect. And forming closed curves enable the lines to run different from each lines and not intersect to each other.
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