Interstellar space has an extremely weak magnetic field of the order of 10–12 T. Can such a weak field be of any significant consequence? Explain.
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Explanation:
interstellar space is the region where no gravity if any star exist so that's why there is an extremely weak magnetic field of order of 10-12T.
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A weak field of the order of 10 -¹² T can cause the charged particles to move along circular paths of very large radii. Over a small distance, we may not be able to notice the deflection in the path of the charged particles but over large interstellar distance, the distance is quite noticeable.
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