AssertionIf a loop is placed in a non-uniform (with respect to position) magnetic field, then induced emf is produced in the loop. Reason In a non-uniform magnetic field, magnetic flux passing through the loop will change. Therefore, induced emf is produced.

AssertionIf a loop is placed in a non-uniform (with respect to positio

1.	AssertionIf a loop is placed in a non-uniform (with respect to position) magnetic field, then induced emf is produced in the loop. Reason In a non-uniform magnetic field, magnetic flux passing through the loop will change. Therefore, induced emf is produced.
Answer» If both Assertion and REASON are CORRENT and Reason is the corrent EXPLANATION of Assertion. If both Assertion and Reason are correct but Reason is not the correct explanation of Assertion. If Assertion is true but Reason is false. If Assertion is false but Reason is ture. Solution :In non-uniform magnetic field, magnetic field, magnetic FLUX will be obtained by integration, but it will not VARY with time.

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AssertionIf a loop is placed in a non-uniform (with respect to position) magnetic field, then induced emf is produced in the loop. Reason In a non-uniform magnetic field, magnetic flux passing through the loop will change. Therefore, induced emf is produced.

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