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The electric and the magnetic field associated with an E.M. wa

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Solving time: 1 mins

The electric and the magnetic field associated with an E.M. wave, propagating along the $+ z$ -axis, can be represented by

[E = E_{0} \hat{i}, B = B_{0} \hat{j}]

[E = E_{0} \hat{k}, B = B_{0} \hat{i}]

[E = E_{0} \hat{j}, B = B_{0} \hat{i}]

[E = E_{0} \hat{j}, B = B_{0} \hat{k}]

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Updated on: Oct 31, 2022

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Oliver Discussed

The electric and the magnetic field associated with an E.M. wave, propagating along the

+ z

-axis, can be represented by

6 mins ago

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6 mins ago

Text solutionVerified

E.M. wave always propagates in a direction perpendicular to both electric and magnetic fields. So, electric and magnetic fields should be along

+ X

and

+ Y

directions respectively. Therefore, option (a) is the correct option.

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Question Text	The electric and the magnetic field associated with an E.M. wave, propagating along the $+ z$ -axis, can be represented by
Updated On	Oct 31, 2022
Topic	Electromagnetic Waves
Subject	Physics
Class	Class 12
Answer Type	Text solution:1 Video solution: 22
Upvotes	2240
Avg. Video Duration	7 min

The electric and the magnetic field associated with an E.M. wave, propagating along the $+ z$ -axis, can be represented by

Text solutionVerified

Video solutions (22)

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The electric and the magnetic field associated with an E.M. wave, propagating along the +z-axis, can be represented by

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The electric and the magnetic field associated with an E.M. wave, propagating along the $+ z$ -axis, can be represented by