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(i) The left figure shows a typical setup of Young's doble slit interference experiment. Coherent light wave goes through the double slits. The wave length of the incident light in vacuum is given by A n = 1.4 The distance of the slit holes is d. The distance between the slits and the screen is D, which is much larger than d The slits and light source are very tall in the direction (z- direction) perpendicular to the plane shown in the graph. So, you do not have to take into account the z dependence. y When the entire area between the slits and the screen is vacuum (or air), the first bright line above the center bright line appears at y = DA/d. D>>d When the region of a half the distance D is replaced by a glass with the refractive index n = 1.4, as shown in the left figure, give the location yof the first bright line adjacent to the bright line at the center. Attach reasonings / derivation. -D

(i) The left figure shows a typical setup of Young's doble slit interference experiment. Coherent light wave goes through the double slits. The wave length of the incident light in vacuum is given by A n = 1.4 The distance of the slit holes is d. The distance between the slits and the screen is D, which is much larger than d The slits and light source are very tall in the direction (z- direction) perpendicular to the plane shown in the graph. So, you do not have to take into account the z dependence. y When the entire area between the slits and the screen is vacuum (or air), the first bright line above the center bright line appears at y = DA/d. D>>d When the region of a half the distance D is replaced by a glass with the refractive index n = 1.4, as shown in the left figure, give the location yof the first bright line adjacent to the bright line at the center. Attach reasonings / derivation. -D

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Location of first bright line adjacent to the bright line at the center?

(i) The left figure shows a typical setup of Young's doble slit interference experiment. Coherent light wave goes through the double slits. The wave length of the incident light in vacuum is given by A n = 1.4 The distance of the slit holes is d. The distance between the slits and the screen is D, which is much larger than d The slits and light source are very tall in the direction (z- direction) perpendicular to the plane shown in the graph. So, you do not have to take into account the z dependence. y When the entire area between the slits and the screen is vacuum (or air), the first bright line above the center bright line appears at y = DA/d. D>d When the region of a half the distance D is replaced by a glass with the refractive index n = 1.4, as shown in the left figure, give the location yof the first bright line adjacent to the bright line at the center. Attach reasonings / derivation. D
Transcribed Image Text:(i) The left figure shows a typical setup of Young's doble slit interference experiment. Coherent light wave goes through the double slits. The wave length of the incident light in vacuum is given by A n = 1.4 The distance of the slit holes is d. The distance between the slits and the screen is D, which is much larger than d The slits and light source are very tall in the direction (z- direction) perpendicular to the plane shown in the graph. So, you do not have to take into account the z dependence. y When the entire area between the slits and the screen is vacuum (or air), the first bright line above the center bright line appears at y = DA/d. D>d When the region of a half the distance D is replaced by a glass with the refractive index n = 1.4, as shown in the left figure, give the location yof the first bright line adjacent to the bright line at the center. Attach reasonings / derivation. D
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