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An elliptically polarised wave transmitted at the Brewster angle will be received as an elliptically polarised wave. State True/False
- a)True
- b)False
Correct answer is option 'B'. Can you explain this answer?
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An elliptically polarised wave transmitted at the Brewster angle will ...
Answer: b
Explanation: Any polarised wave transmitted at the Brewster angle will be linearly polarised. It can be a parallel, perpendicular, circular or elliptical polarisation. The resultant wave is always linearly polarised. This is the reason why the Brewster angle is called polarisation angle.
Explanation: Any polarised wave transmitted at the Brewster angle will be linearly polarised. It can be a parallel, perpendicular, circular or elliptical polarisation. The resultant wave is always linearly polarised. This is the reason why the Brewster angle is called polarisation angle.
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An elliptically polarised wave transmitted at the Brewster angle will ...
Explanation:
Elliptically polarised wave at Brewster angle:
When an elliptically polarised wave is transmitted at the Brewster angle, it means that the incident wave is polarised at an angle where the reflected wave is completely linearly polarised.
Reception of the wave:
- When the Brewster angle is reached, the reflected wave becomes linearly polarised, but the transmitted wave remains elliptically polarised.
- Therefore, when this elliptically polarised wave is received, it will still be in the form of elliptical polarisation and not linear polarisation.
- This is because the Brewster angle only affects the reflected wave, not the transmitted wave.
Conclusion:
Therefore, the statement that an elliptically polarised wave transmitted at the Brewster angle will be received as an elliptically polarised wave is False. The transmitted wave will maintain its elliptical polarisation even after passing through the Brewster angle.
Elliptically polarised wave at Brewster angle:
When an elliptically polarised wave is transmitted at the Brewster angle, it means that the incident wave is polarised at an angle where the reflected wave is completely linearly polarised.
Reception of the wave:
- When the Brewster angle is reached, the reflected wave becomes linearly polarised, but the transmitted wave remains elliptically polarised.
- Therefore, when this elliptically polarised wave is received, it will still be in the form of elliptical polarisation and not linear polarisation.
- This is because the Brewster angle only affects the reflected wave, not the transmitted wave.
Conclusion:
Therefore, the statement that an elliptically polarised wave transmitted at the Brewster angle will be received as an elliptically polarised wave is False. The transmitted wave will maintain its elliptical polarisation even after passing through the Brewster angle.
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An elliptically polarised wave transmitted at the Brewster angle will be received as an elliptically polarised wave. State True/Falsea)Trueb)FalseCorrect answer is option 'B'. Can you explain this answer?
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