B. A light passes through two slits spaced 0.04 mm apart to illuminate an observation screen which is 1.6 m from the two slits. If the second-order bright fringe is 5.0 cm from the central bright fringe. I. Determines the wavelength of light and its color II. Calculates the position of the minimum of order 3 on the observation screen III.Calculate the distance between two consecutive light fringes

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Chapter1: Units, Trigonometry. And Vectors
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Please answer B&C
B. A light passes through two slits spaced 0.04 mm apart to illuminate an observation screen
which is 1.6 m from the two slits. If the second-order bright fringe is 5.0 cm from the central
bright fringe.
I. Determines the wavelength of light and its color
II. Calculates the position of the minimum of order 3 on the observation screen
III.Calculate the distance between two consecutive light fringes
C. A screen is placed 0.40 m from a slit illuminated by a light whose length
the wave is equal to 475 nm. The distance between the first and the fourth minimum of the
diffraction figure is 5 mm.
I.What is the width of the single slit?
II.Determine the angular position of the 3rd maximum
Transcribed Image Text:B. A light passes through two slits spaced 0.04 mm apart to illuminate an observation screen which is 1.6 m from the two slits. If the second-order bright fringe is 5.0 cm from the central bright fringe. I. Determines the wavelength of light and its color II. Calculates the position of the minimum of order 3 on the observation screen III.Calculate the distance between two consecutive light fringes C. A screen is placed 0.40 m from a slit illuminated by a light whose length the wave is equal to 475 nm. The distance between the first and the fourth minimum of the diffraction figure is 5 mm. I.What is the width of the single slit? II.Determine the angular position of the 3rd maximum
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