A beam of white sunlight passes through a silicate flint glass with 50° incident angle and projects onto a wall after emerging from the glass. The index of refraction as a function of the wavelength for different glasses is plotted in the left figure. Which of the following statements is correct regarding the light projected on the wall? You need to explain your reasoning. 1.7. Silicate flint glass 50° Borate flint glass Quartz Silicate crown glass 50° Fused quartz Air Glass Air 1.4- 400 500 600 700 light Sspot Wavelength (nm) Violet Blue Green Yellow Orange Red The light spot on the wall (A) is white. (B) spreads into different color, where red is at the top edge (with the smallest 0) of the light spot and violet is at the bottom edge (with the largest 0) of the light spot. (C) spreads into different color, where violet is at the top edge of the light spot and red is at the bottom edge of the light spot. (D) spreads into different color, where red is in the middle of the light spot. (E) spreads into different color, where violet is in the middle of the light spot. (F) spreads into different color but the location of the color is random. Refractive index sunlight Wall
A beam of white sunlight passes through a silicate flint glass with 50° incident angle and projects onto a wall after emerging from the glass. The index of refraction as a function of the wavelength for different glasses is plotted in the left figure. Which of the following statements is correct regarding the light projected on the wall? You need to explain your reasoning. 1.7. Silicate flint glass 50° Borate flint glass Quartz Silicate crown glass 50° Fused quartz Air Glass Air 1.4- 400 500 600 700 light Sspot Wavelength (nm) Violet Blue Green Yellow Orange Red The light spot on the wall (A) is white. (B) spreads into different color, where red is at the top edge (with the smallest 0) of the light spot and violet is at the bottom edge (with the largest 0) of the light spot. (C) spreads into different color, where violet is at the top edge of the light spot and red is at the bottom edge of the light spot. (D) spreads into different color, where red is in the middle of the light spot. (E) spreads into different color, where violet is in the middle of the light spot. (F) spreads into different color but the location of the color is random. Refractive index sunlight Wall
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Transcribed Image Text:A beam of white sunlight passes through a silicate flint glass with 50° incident
angle and projects onto a wall after emerging from the glass. The index of refraction as a
function of the wavelength for different glasses is plotted in the left figure. Which of the
following statements is correct regarding the light projected on the wall? You need to explain
your reasoning.
1.7
Silicate flint glass
50°
Borate flint glaşs
Quartz
V50°
Silicate crown glass
1.5
Fused quartz
Air
Glass
Air
1.4-
500
Wavelength (nm)
Green Yellow Orange
400
600
700
light
Sspot
Red
Violet Blue
The light spot on the wall
(A) is white.
(B) spreads into different color, where red is at the top edge (with the smallest 0) of the
light spot and violet is at the bottom edge (with the largest 0) of the light spot.
(C) spreads into different color, where violet is at the top edge of the light spot and red is
at the bottom edge of the light spot.
(D) spreads into different color, where red is in the middle of the light spot.
(E) spreads into different color, where violet is in the middle of the light spot.
(F) spreads into different color but the location of the color is random.
sunlight
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