Question:

The relative magnitude of $\overrightarrow H$ in a plane wave is 1 $Am^{-1}$ . What will be the magnitude of $\overrightarrow E$ for a plane wave in free space?

Updated On: Mar 17, 2025

3760 V/m
3.760 V/m
37.60 V/m
376.0 V/m

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The Correct Option is D

Solution and Explanation

The correct option is (D):376.0 V/m

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The relative magnitude of H→\overrightarrow HH in a plane wave is 1 Am−1Am^{-1}Am−1. What will be the magnitude of E→\overrightarrow EE for a plane wave in free space?

The Correct Option is D

Solution and Explanation

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Questions Asked in CUET PG exam

The relative magnitude of $\overrightarrow H$ in a plane wave is 1 $Am^{-1}$ . What will be the magnitude of $\overrightarrow E$ for a plane wave in free space?