You are about to conduct an experiment in the laboratory involving a laser, a glass prism, and a double-slit as shown in Fig. 4. Your professor suggests that you should prepare for the experiment by first doing some theoretical calculations in order to have a point of comparison with the lab data. 1T Slit Screen 60° FIGURE 4 The prism is an equilateral triangle of crown glass and the laser has a (monochromatic) wavelength 660nm, such that n = It is clear that, in order for the light beam to reach the double slit, the beam must emerge at a carefully chosen angle 04 = 30°. 1.512 in the glass. The prism is fixed in the orientation as shown above. (a) Determine 03. (b) What is the value of 02? Hint: Only geometry is needed here. (c) Determine the incident angle of the beam 01.

You are about to conduct an experiment in the laboratory involving a laser, a glass prism, and a double-slit as shown in Fig. 4. Your professor suggests that you should prepare for the experiment by first doing some theoretical calculations in order to have a point of comparison with the lab data. 1T Slit Screen 60° FIGURE 4 The prism is an equilateral triangle of crown glass and the laser has a (monochromatic) wavelength 660nm, such that n = It is clear that, in order for the light beam to reach the double slit, the beam must emerge at a carefully chosen angle 04 = 30°. 1.512 in the glass. The prism is fixed in the orientation as shown above. (a) Determine 03. (b) What is the value of 02? Hint: Only geometry is needed here. (c) Determine the incident angle of the beam 01.

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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