Match the column
Column-I | Column-II |
(i) Magnetic flux density due to a current carrying circular coil. | [A] Zero |
(ii) Magnetic flux density at a point on a current carrying thin wire | [B] Maximum or zero at Centre |
(iii) Electric field strength due to an uniformly charged ring | [C] continuously decrease as we move away from the center along the axis. |
(iv) Electric potential due to an uniformly charged ring. | [D] continuously increases as we move away from the center into a definite distance along the axis |
Text Solution
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Ans.
(i) [B], [C]
(ii) [A]
(iii) [B], [D]
(iv)[B], [C]
Sol.
(i) Maximum or zero at Centre, continuously decrease as we move away from the center along the axis.
(ii) Zero
(iii) Maximum or zero at Centre, continuously increases as we move away from the centre into a definite distance along the axis
(iv) Maximum or zero at Centre, continuously decrease as we move away from the centre along the axis.
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