Redlaser light (wavelength = 658nm) passes through a double slit, and the slits are spaced 2.1x10-4m apart. a.Predict the distance between adjacent bright fringes when the light hits a screen positioned 5.0m away from the slits. b.Determine the angle of the 3rd nodal line c.Determine the angle of the 2nd line of constructive interference
Redlaser light (wavelength = 658nm) passes through a double slit, and the slits are spaced 2.1x10-4m apart. a.Predict the distance between adjacent bright fringes when the light hits a screen positioned 5.0m away from the slits. b.Determine the angle of the 3rd nodal line c.Determine the angle of the 2nd line of constructive interference
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Redlaser light (wavelength = 658nm) passes through a double slit, and the slits are spaced 2.1x10-4m apart.
a.Predict the distance between adjacent bright fringes when the light hits a screen positioned 5.0m away from the slits.
b.Determine the angle of the 3rd nodal line
c.Determine the angle of the 2nd line of constructive interference
Transcribed Image Text:Red laser light (wavelength = 658nm) passes through a double slit, and the slits are spaced
2.1x104m apart.
a. Predict the distance between adjacent bright fringes when the light hits a screen
positioned 5.0m away from the slits.
b. Determine the angle of the 3rd nodal line
c. Determine the angle of the 2nd line of constructive interference
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