Quiz 3 - Physics 133 11:30 Winter 2008 QUIZ 3 January 31,...

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Unformatted text preview: Physics 133 11:30 Winter 2008 QUIZ 3 January 31, 2008 Name ‘ /\ V Instructor: Barrett Davis George Hinton Knobbe Note: Circle the name of your instructor (above). Note: There are 15 minutes for this quiz. Note: There is one problem with four parts; see the back of the page. Note: The numbers in [ ] are the point totals for each part of the problem. Note: This is a SHOW-WORK problem; you must show your work to earn credit; you CAN earn partial credit. Note: Here are some simple equations which may, or may not, be useful. n1 sin61=n2 sint92 vzc/n. Af=v A plane surface separates two transparent materials, A and B, which have refractive indices 11;; and 71.3 respectively. a) If the speed of light in material A is 1.54 = 2.50 X 108 m/s, find the index of refraction of material A, Mi. [Note: The speed of light in vacuum is c = 3.00 x 108 Ill/8.] l4] . r :1; 1 spec/<28 .. Ll I " 2.60x/Og _' AZO b) Find the wavelength in material A, AA, of light whose frequency is 1‘}; = 5.00 x 101‘1 Hz. [4 1 ...' _...— ' ,— 1'0" Afilfiff ‘ we ’9 )274 1%: Z’JWQ 8 6. 0% r2 a! dry—v 6:00KlOF7m : 609 71m 2 0) Light from region A is incident on the interface between A and B at an angle of incidence 6,4 = 45°. If the index of refraction of material B is n3 = 1.50, find the angle of refraction of the light in B , [93. [4] at We : rim/leg WE : (file we :(%g)2m(450) €75 d) For light from region B incident on the interface between A and B , find 66, the critical angle for total internal reflection. [4] J90 : 77/? 7' 774 T; 1-; fly) /z5O ...
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This test prep was uploaded on 04/19/2008 for the course PHYS 133 taught by Professor Reay during the Spring '08 term at Ohio State.

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Quiz 3 - Physics 133 11:30 Winter 2008 QUIZ 3 January 31,...

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