Chapter 10: Wave Optics
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Resolving power depends
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Central fringe white light
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Fringe width independent
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Diffraction vs interference
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Interference requires
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Cannot polarize
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Sunglasses reduce
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Polarization by reflection
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Polaroids used for
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At Brewster angle
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Brewster law
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Plane polarized
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Unpolarized light
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Polarized waves
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Polarization proves
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Max intensity
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Angular width ∝
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Diffraction proves
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Narrow slit →
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Depends on
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First minima
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Width central max
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Central max
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Significant diffraction when
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Diffraction due to
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Interference proves
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Phase diff depends on
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Pattern disappears if
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Screen distance ↑
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Monochromatic light
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Phase diff bright
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Slit distance decreases →
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Central fringe
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Wavelength increases →
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Coherent sources have
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Fringe width formula
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Fringe width depends on
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Destructive condition
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Constructive condition
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Interference due to
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Refraction due to change in
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Wavefront velocity
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Speed depends on
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Rays are
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Wavefront perpendicular to rays
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Reflection laws derived using
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Plane wavefront obtained from
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Shape of wavefront from point source
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Huygens principle states every point acts as
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A wavefront is defined as
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