Single Slit Diffraction m WI Single Slit Diffraction Ltan m L dark fringes: sine-mm-11. 12. (destructive). The light from a red laser (He-Ne Laser) of a wavelength 632.8 nm passes through a single slit. The Second order minimum (dark) is formed on the screen at an angle of 3.63° relative to the incident light. The distance between the double slit and the screen L = 2.4 m. y (a) Find the width W of the single slit in mm, 1mm = 10³ m. Keep 4 decimal places. Enter a number mm Submit (b) Find the distance between the Second order minimum and the center of the screen (the center of the central bright fringe) on the screen. Keep 3 decimal places. Enter a number Submit m -0 (c) Find the angle of the First order minimum relative to the incident light. Keep 2 decimal places. Enter a number Submit Find the distance between the First order minimum and the center of the screen (the center of the central bright fringe) on the screen. Keep 3 decimal places. Enter a number Submit What is the entire width of the central maximum (central bright fringe or spot) on the screen? Keep 3 decimal places. Enter a number
Single Slit Diffraction m WI Single Slit Diffraction Ltan m L dark fringes: sine-mm-11. 12. (destructive). The light from a red laser (He-Ne Laser) of a wavelength 632.8 nm passes through a single slit. The Second order minimum (dark) is formed on the screen at an angle of 3.63° relative to the incident light. The distance between the double slit and the screen L = 2.4 m. y (a) Find the width W of the single slit in mm, 1mm = 10³ m. Keep 4 decimal places. Enter a number mm Submit (b) Find the distance between the Second order minimum and the center of the screen (the center of the central bright fringe) on the screen. Keep 3 decimal places. Enter a number Submit m -0 (c) Find the angle of the First order minimum relative to the incident light. Keep 2 decimal places. Enter a number Submit Find the distance between the First order minimum and the center of the screen (the center of the central bright fringe) on the screen. Keep 3 decimal places. Enter a number Submit What is the entire width of the central maximum (central bright fringe or spot) on the screen? Keep 3 decimal places. Enter a number
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Transcribed Image Text:Single Slit Diffraction
WE
m
Single Slit Diffraction
Screen
y=Ltane
dark fringes: sine-m-11, 12.... (destructive).
The light from a red laser (He-Ne Laser) of a wavelength 632.8 nm passes through a single slit. The Second order minimum (dark) is
formed on the screen at an angle of 3.63° relative to the incident light. The distance between the double slit and the screen L = 2.4 m.
L
(a) Find the width W of the single slit in mm, 1mm = 10³ m. Keep 4 decimal places.
Enter a number
mm
Submit
-0
(b) Find the distance between the Second order minimum and the center of the screen (the center of the central bright fringe) on the
screen. Keep 3 decimal places.
Enter a number
Submit
m
(c) Find the angle of the First order minimum relative to the incident light. Keep 2 decimal places.
Enter a number
Submit
m
Find the distance between the First order minimum and the center of the screen (the center of the central bright fringe) on the screen.
Keep 3 decimal places.
Enter a number
Submit
What is the entire width of the central maximum (central bright fringe or spot) on the screen? Keep 3 decimal places.
Enter a number
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