the displacement of 2 interfering light waves are y1=4 sin ₩t and y2=3cos (₩t) the resultant amplitude is the

Question

Vikas TU · Answer

Dear Student,

As equation of first wave is y1=4 sin ₩t

Equation of second wave y2=3cos (₩t)

Amplitude of first wave A1 = 4

Amplitude of second wave A2 = 3

Resultant = √4²+3²

= 5 cm.

Cheers!!

Regards,

Vikas (B. Tech. 4^th year
Thapar University)

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the displacement of 2 interfering light waves are y1=4 sin ₩t and y2=3cos (₩t) the resultant amplitude is the

the displacement of 2 interfering light waves are y1=4 sin ₩t and y2=3cos (₩t) the resultant amplitude is the

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the displacement of 2 interfering light waves are y1=4 sin ₩t and y2=3cos (₩t) the resultant amplitude is the

the displacement of 2 interfering light waves are y1=4 sin ₩t and y2=3cos (₩t) the resultant amplitude is the

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