If you were to switch to a green laser pointer(532nm) in the diffraction experiment. The current...
If you were to switch to a green laser pointer(532nm) in the diffraction experiment. The current wavelength is 630nm. Describe what you expect to change when you conduct the experiment (assume you stand the same distance from the wall.
Homework Answers
Diffraction is defined as the bending of wave when encounter to
a slit or obstacles. higher the wavelength more will be the
diffraction angle. Because 
so wavelength is directly proportional to the angle of
diffraction. So the beam with 630 nm will bend more in compare to
beam with 532 nm wavelength
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If you were to switch to a green laser pointer(532nm) in the
diffraction experiment. The current...
When I shine a green laser pointer (wavelength 532nm) on two slits, I find that what...
When I shine a green laser pointer (wavelength 532nm) on two slits, I find that what should be the central bright spot is actually a dark spot. Upon further investigation, I discover that there's a thin layer of oil covering one of the slits. The oil has an index of refraction of 1.5. What is the minimum thickness of the oil that would cause the observed effect?
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4. A laser with wavelength 632 nm shines on a human hair and produces a diffraction...
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4. A laser with wavelength 632 nm shines on a human hair and produces a diffraction...
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4. Light from a green laser pointer shines through two small slits separated by 0.01200 mm. The third bright line is formed on a screen at an angle of 7.64°. (a) What is the wavelength of the light? (b) What is the highest order constructive interference possible? [No picture required]
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