Could someone please help me with this ? I am confused and it would mean a lot, thank you.

Single slit: a =0.04 mm, 2= 650 nm, / = Paste the graph of the diffraction pattern here Xm = (measured) XC = (calculated) Percent difference = I'm C . 100% = *c da = Describe the diffraction pattern for one-slit experiment: Double Slit a =0.04 mm, d=0.125 mm, 2= 650 nm, / = Paste the graph of the interference pattern here Vm = (measured) Vc = (calculated) Percent difference = I'm C . 100% = yc di = Xm = (measured) X. = (calculated) Percent difference = *m -XC . . 100% = Xc ed = (compare with single slit measurement) Number of interference maxima in the central diffraction envelope (calculated) Number of interference maxima in the central diffraction envelope (measured) Width of the central maximum in the interference pattern Describe the interference pattern for two-slit experiment:Four Slits ( = 0.04 mm, d = 0.125 mm, 1= 650 nm, / = Paste the graph of the interference pattern here (measured) (calculated) Percent difference = ym YC . 100% = yc 8 = (compare with double slit measurement) Width of the central maximum in the interference pattern (compare with double slit measurement) Describe the interference pattern for four-slit experiment. Paste your graph with all three patterns aligned here. Analysis of the mutual relationship of different patterns:Single Slit The slit width is a = 0.04 mm. The laser light wavelength is 650 nm. For small angles, in Equation I, sin 0 = tan 0 = x /1 (the small angle approximation). I is the distance between the slit wheel and the mask on the front of the light sensor.O O Light Intensity, ChA A=3.70cm 80 Run #1 -7.41 cm, 82.92 % 70 -7.32 cm, 77.83% 60 50 A=-0.41cm Light Intensity, ChA (%) 40 TH 30 A=-75.82% 20 10 -7.73 cm, 2.01 % 4=0.13cm -18 -17 -16 -15 -14 -13 -12 -11 -10 -9 -8 -7 -6 -5 -4 -3 -2 -1 0 Position (cm) ODouble Slit The slit widths are 0.04 mm. The slit separation is 0.125 mm. The laser light wavelength is 650 nm. For small angles, sin 0 = tan 0 = x/1 in Equation I and sind = tand = y/1 in Equation 2. I is the distance between the slit wheel and the mask on the front of the light sensor.Four Slits The slit widths are 0.04 mm. The slit separations are 0.125 mm. The laser light wavelength is 650 nm. For small angles, sin 0 = tan 0 = x/1 in Equation I and sind = tand = y/1 in Equation 2. I is the distance between the slit disk and the mask on the front of the light sensor.O Dis Light Intensity, ChA 80 Run #3 M 70 60 50 Light Intensity, ChA (%) -9.44 cm, 27.92% 40 Ba -9.33 cm, 2.64 % O A=-0.27cm His 30 - - 4=1.65% 20 4=0.38cm A=4.50cm 10 -9.71 cm, 0.99 % 0 A=-26.93% 17 Te -16 -15 -14 -13 -12 -11 -10 -9 -8 -7 -6 -5 -4 -3 -2 -1 0 Position (cm) O Pla ODis O Light Intensity, ChA 60 Run #4 55 -9.92 cm, 59.16 % 50 45 -9.74 cm, 3.20 % A=5.18cm 40 35 Light Intensity, ChA (%) 30 -10.04 cm, 4.49 % A=-2.49cm 25 20 4=-1.29% 15 A=0.31cm 5 U O 18 -17 -16 -15 -14 -13 -12 -11 -10 -9 -8 -7 -6 -5 -4 -3 -2 -1 0 Position (cm) Pla O Controls