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<div>Why are magnetic field lines of a bar magnet always curved?</div> <div>&nbsp;</div> <div>&nbsp;</div>
Asked by Bhumika k | 26 Jul, 2016, 08:57: PM
• The space around a magnet in which the force of attraction and repulsion due to the magnet can be detected is called the magnetic field.
• Magnetic lines of force are continous in naure which represent the region under the magnetic influence.
• If a magnetic needle is placed in magnetic field of a bar magnet, it alligns itself in a definite direction. If the needle is displaced in the field, the direction of the needle continously changes. The path along whch the needle moves is a curved path which starts from the North pole and ends at the South pole of the bar magnet.This curved pat is called the magnetic field lines of force.
• It is one of the property of magnetic field lines that inside the magnet, the direction of field lines is from its south pole to its north pole.
• If we consider one line of force, then the strength of the magnetic field is same at all points on that magnetic field line. Also, a magnet does not have a monople. Its has two poles - North and South.
Thus, the only possible path traced by the magnetic field lines so satisfy the above consitions is by having closed curves.
Answered by Yashvanti Jain | 27 Jul, 2016, 02:21: PM

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