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posted by  M A R K on 7/24/2008 8:34:13 PM  |  status: Live  

chapter 34, challenge problem 118

Course Textbook Chapter Problem
Calculus Based Physics University Physics with Modern Physics (11th) by Young, Freedman 34 118CP
Question Details:
two mirrors are placed together as shown in figure 34.59.

a) Show that a point sorce in front of these mirrors and its two images lie on a circle.
b) Find the center of the circle.
c) In a diagram, show where an observer should stand so as to be able to see both images.




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posted by dhara on 7/25/2008 5:33:36 AM  |  status: Live
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Response Details:
In 1834,Lloyd devised a convenient method to obtain two coherent sources of light to produce sustained interference.There are two sources S1 and S2.Here S1 is the real source while S2 is the reflected virtual image of the source S1.The resultant displacement is given by
Y = Y1 + Y2
= Rei(wt - θ)
(1)Intensity is maximum, when
(x2 - x1) = (2n ± 1) * (λ/2)
So the maximum intensity occurs when the path difference is an odd multiple of (λ/2).
(2)Intensity is minimum when
(x2 - x1) = (2n + 2) * (λ/2) or 2n(λ/2)
Thus when the path difference is an even multiple of (λ/2),the intensity becomes zero.
The wavelength is given by
λ = [(β.(2d)/D)].
 
 
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