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Binita Meda
Asked: 2022-11-07T11:47:31+05:30 In:

In case of linearly polarised light, the magnitude of the electric field vector
A. does not change with time
B. varies periodically with time
C. increases and decreases linearly with time
D. is parallel to the direction of propagation

In case of linearly polarised light, the magnitude of the electric field vector
A. does not change with time
B. varies periodically with time
C. increases and decreases linearly with time
D. is parallel to the direction of propagation
Parabola
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  1. Correct Answer – B
    Electric field vector is the form of electromagnetic wave, hence it varies periodically with time.

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Sushant Raj Kale
Asked: 2022-11-01T16:26:16+05:30 In:

In case of linearly polarised light, the magnitude of the electric field vector
A. (a) does not change with time
B. (b) varies periodically with time
C. (c) increases and decreases linearly with time
D. (d) is parallel to the direction of propagation

In case of linearly polarised light, the magnitude of the electric field vector
A. (a) does not change with time
B. (b) varies periodically with time
C. (c) increases and decreases linearly with time
D. (d) is parallel to the direction of propagation
Parabola
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1 Answer

  1. Correct Answer – B
    The magnitude of electric field vector varies periodically with time because it is the form of electromagnetic wave.

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Pradeep Dev Patla
Asked: 2022-10-30T04:04:23+05:30 In:

In case of linearly polarised light, the magnitude of the electric field vector
A. is parallel to the direction of propagation
B. does not change with time
C. increases linearly with time
D. varies perodically with time

In case of linearly polarised light, the magnitude of the electric field vector
A. is parallel to the direction of propagation
B. does not change with time
C. increases linearly with time
D. varies perodically with time
Parabola
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Leave an answer

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1 Answer

  1. Correct Answer – D
    In the case of linearly polarised light the magnitude of the electric field vector varies periodically with time.

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