A ray of light is incident on the left vertical face of a glass cube of refractive index n2, as shown in figure below. The plane of incidence is the plane of the page, and the cube is surrounded by liquid of refractive index n1. The largest angle of incidence O1 for which total internal reflection occurs at the top surface is (Hint; you may use sin – e) = cos(0)) n2

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Chapter1: Units, Trigonometry. And Vectors
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A ray of light is incident on the left vertical face of a glass cube of refractive index n2, as shown in
figure below. The plane of incidence is the plane of the page, and the cube is surrounded by liquid
of refractive index n1. The largest angle of incidence 01 for which total internal reflection occurs at
the top surface is
(Hint; you may use sin ( – e) = cos(0))
Transcribed Image Text:A ray of light is incident on the left vertical face of a glass cube of refractive index n2, as shown in figure below. The plane of incidence is the plane of the page, and the cube is surrounded by liquid of refractive index n1. The largest angle of incidence 01 for which total internal reflection occurs at the top surface is (Hint; you may use sin ( – e) = cos(0))
A light ray having a combination of three colours of wavelengths, 2,, 2g, and Ac, is incident on one
face of a glass prism having indices of refractions of, na, nB, and nc, respectively. The three rays of
colors emerge from the opposite face of the prism at different angles, as shown in the figure below.
Which of the following is true about the speed of light of the three colours inside the glass?
AB
Glass prism
Combined three
colors
v_B < v_A < v_C
V_A < v_B < v_C
v_C < v_B < v_A
V_A = v_B = v_C
Transcribed Image Text:A light ray having a combination of three colours of wavelengths, 2,, 2g, and Ac, is incident on one face of a glass prism having indices of refractions of, na, nB, and nc, respectively. The three rays of colors emerge from the opposite face of the prism at different angles, as shown in the figure below. Which of the following is true about the speed of light of the three colours inside the glass? AB Glass prism Combined three colors v_B < v_A < v_C V_A < v_B < v_C v_C < v_B < v_A V_A = v_B = v_C
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