Quiz6_Physics241_S09 - :z 0 )( S8] ~D = 't II J( /0 h7...

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I<e y Quiz 6- 25 March 2009 Name: ---~------- Recitation Day/Time _ 1. Yellow light of wavelength 589nm is used to illuminate a double-slit system, resulting in the formation of an interference pattern on a screen that is located 2.00m away from the slits. If successive interference maxima have a separation of 2.50 cm on the screen, find the slit separation. (.:6 points) /\,.IC//l./u1Ll at d gin. . e :::: ~n';{ ,. e £:.' tv! ~ { S /}/ all- OH31c Clff'll:.lj Y m =- J) eJ :: J) ;'r) A (fen JI1-fh f h"n q r) . LI J LJ'!J = D/i (S"ft., a.f1V1-1 ) d -1 ~S /. d.::
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Unformatted text preview: :z 0 )( S8] ~D = 't II J( /0 h7 7.5)(10:2 ( &quot;7. I t /~. I&lt;\-&gt; ) 2. Incident light of wavelength 589nm in vacuum is split into two equal parts. One half travels through glass(n=1.52), and the other half travels through an equivalent length ofwater(n=1.33). What is the minimum path length L that is required to put the two waves exactly in phase again? (3 points) -glf.ls&gt; -N;I -Aj = L ( n. -I L ) :::l it- I E;tc-IC.II'l1 /110'&quot;,. , J /ll&quot;'.&gt;.R Cijf,'t,Il. . 7 N;J-IV,-:I ! =- ~(1'52-1.~,~) Sfq &quot;-6 L = :3 I 00 It I&lt;l/} = .3.1 l( 10 m...
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This note was uploaded on 08/15/2009 for the course PHY 241 taught by Professor Staff during the Spring '08 term at ASU.

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