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Induced electric field due to to changin...

Induced electric field due to to changing magnetic flux are more readily observed than induced magnetic field due to changing electric field. Why?

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To understand why induced electric fields due to changing magnetic flux are more readily observed than induced magnetic fields due to changing electric fields, we can break down the concepts step by step. ### Step-by-Step Solution: 1. **Understanding Induction**: - Induction refers to the generation of an electric field or magnetic field due to changes in magnetic flux or electric flux, respectively. 2. **Faraday's Law of Electromagnetic Induction**: ...
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Knowledge Check

  • Electric field induced by changing magnetic fields are

    A
    Conservative
    B
    Non-conservative
    C
    May be conservatie or non-conservative depending on the condition
    D
    Nothing can be said
  • Electric field due to an electric dipole is

    A
    spherically symmetric
    B
    cylindrical symmetric
    C
    asymmetric
    D
    none of the above
  • The magnetic field due to a bar magnet _____

    A
    has the same direction at any point
    B
    is uniform
    C
    is non-uniform
    D
    does not exist
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    A: The electric field induced due to changing magnetic field is non-conservative, R: The line integral of the electric field induced due to changing magnetic field along a closed loop is always zero.

    Statement-1 : A changing electric field produces a magnetic field Statement-2: A changing magnetic field produces an electric field.

    Assertion:- Electric field produced by changing magnetic field is nonconservative. Reason:- For theelectric field vecE induced by a chagning magnetic field which has closed lines of force ointvecE.dveclcanel=0 .