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Quiz10_Solution

# Quiz10_Solution - Quiz 10 Monday April 215‘ 2008 PHY 252...

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Unformatted text preview: Quiz 10. Monday, April 215‘, 2008 PHY 252 Name: SOLUTlON 1. An object 15 placed 30.0 cm to the left of a diverging lens with a focal length of —7. 5 cm. A converging lens of focal length 18.0 cm is placed 30.0 cm to the right of the first lens. Calculate the size and position of the final 1mage formed by the two- lens system (5 points) Treat lensij-u-st: imaae distance a: = 5175': = 30 "bisﬁ :. 4M 555-, so - (4-5) 3?“ 5: = -- 6-OCIM (Ml-Lat dude) NW the. SEC-0'10! lens" The He” ijez-t— Mm :4 52 = ~5'I1-30.0¢|M_ S;=*‘36.0cm_ ( 2M1 staged a rent, i; [61.1-01le 5m thispoiilb) .'. Sat 2 S‘x'h- = ________36»oxls-O «“- 360:.m ~51. 35-0 — 1.8.00 to itke. Quail?- L2. (real Image) ' ‘ 4-0) 36-0 0 ' ' ... .—.. 5‘ .—. 5" = — ( ) _ __-- maﬂms'm't‘“ M — ( a.) x ( 5:) Bo 3&9 M :7. j; 0-7— 1% “Made, it.» fen-J. ) MED! ) WKO.Z ’ouJ. 3649c.“ 51%me “'— “— sexual-aw . 2. A two— slit interference experiment uses light from a sodium vapor lamp (1:589 nm). If successive interference maxima have a separation of 1. 75 cm on a screen that 1s 3.50 m distant from the slits, find the separation of the slits. . (5 points) Silva. tmé ='- L: LA 00:1 swell.) we. CM dil 9 3» mm ,4:qu Ava anal. SMS— 8. Tim, (15;;45 = Mm -f-¢nf' Maxim: 5'le Scream an— A6 = Inﬁ- 4“ D ‘9 For SWAN. MM M-I-l , M. w GLAQ -_-_ m, tar-Luv. A6 = 9 —eu4 = '_' IM'H 29:3 =91. a? d = ‘02» .—.-. (3'50 ”’O‘FM240-597/4M) o “:7 (1.?5‘ x lo‘f'ﬁm) (cl. 2 ”Sp-Mi \$1.2- Semitic“ What is the color of the light? (1 bonus point) Valle-w (Calor- 06— 5M vapor La“? oat-Jam preset-we) ...
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