Home Β» The  electric   field  of   an   electromagnetic   wave  is   given   by  πΈβƒ—β†’ = 3 sin(π‘˜π‘§ βˆ’ πœ”π‘‘) π‘₯Μ‚ + 4 cos(π‘˜π‘§ βˆ’ πœ”π‘‘) 𝑦̂. The wave is
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The  electric   field  of   an   electromagnetic   wave  is   given   by  πΈβƒ—β†’ = 3 sin(π‘˜π‘§ βˆ’ πœ”π‘‘) π‘₯Μ‚ + 4 cos(π‘˜π‘§ βˆ’ πœ”π‘‘) 𝑦̂. The wave is

September 6, 2023
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The  electric   field  of   an   electromagnetic   wave  is   given   by  πΈβƒ—β†’ = 3 sin(π‘˜π‘§ βˆ’ πœ”π‘‘) π‘₯Μ‚ + 4 cos(π‘˜π‘§ βˆ’ πœ”π‘‘) 𝑦̂. The wave is

Q. The  electric   field  of   an   electromagnetic   wave  is   given   by  πΈβƒ—β†’ = 3 sin(π‘˜π‘§ βˆ’ πœ”π‘‘) π‘₯Μ‚ + 4 cos(π‘˜π‘§ βˆ’ πœ”π‘‘) 𝑦̂. The wave is

(C) elliptically polarized in clockwise direction when seen travelling towards the observer

(D) elliptically polarized in counter-clockwise direction when seen travelling towards the observer

Ans: elliptically polarized in counter-clockwise direction when seen travelling towards the
observer

Sol:

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