Coherent red light (wavelength 650 nm) is shined on aYoung's Double Slit Apparatus. What slit size gives a5th order interference bright fringe at the first diffraction minimum ona view screen 2 meters away from the slits? Suppose the slit separation is 0.1 mm.d sim@ = mdA=650hmM=5in05d= a1ーLtan enm=D0yu=Ld.tan Om =O5 = anctan [Sa%3Dm=D505=anctan.0.1= anctan [ 5eKーン ProblemsChapter 17 of "Physics for Scientists and Engineers", 10th ed. by Serway and Jewett.Two sound waves arrive at your ear simultaneously; they have slightly different frequencies: wi andwa and equal amplitudes. You hear the loudness oscillate sinusoidally; this is what we refer to as"beats". Show that the total sound wave has the the form:P(t) = Patm + 2&P cos((w1 – w2)/2) cos((wi +w2)/2).%3D-(1)You can use the trig identity in the text on p#.470 as a guide, but take the time to derive the iden-tity using de Moivre's theorem to apply the trick we've been developing in class for trig identities.っVPニ12ニP(+) = P, +P + Patm%3DSP Cos (wit) + SPCOS (Wet) + PatmSP [ Cos (,t)+ Cos (We t)] + Patm=%3D%3DWat

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Coherent red light (wavelength 650 nm) is shined on a Young's Double Slit Apparatus. What slit size gives a 5th order interference bright fringe at the first diffraction minimum on a view screen 2 meters away from the slits? Suppose the slit separation is 0.1 mm.