I am struggling on filling up data into theses tables. My professor want me to draw a graph (if possible) and have the "limitation and errors discussion" part based on the result table. Please help me, thank you so much!

Accepted values for the slit widths and distances Results Table a sample a A1 1408 um measured accepted % difference Single Slit A2 704 um A3 (widths a) 352 um A4 176 um A5 88 um C1 176 um Multiple Slit 88 um Results Table (distances d) 33 um P d (4 66 um sample measured accepted % difference C5 132 um E1 um E2 176 um Double Slit E3 352 um (distances d) E4 704 um ES 1408 umLIGHT INTERFERENCE DATA C3 C4 L= 2:40m L= 2.40m L= 240 m L = 2.40 m 1 = 633 um 1= 63 3 um 1= 633 um 1= 633 um ( mm ) M m m x(um) I 8.8 17. I 45.5 I 22,0 17,4 34. 5 Z 90.5 47.0 CWN LW N 26.1 W 3 137.0 3 69. 5 34, 1 168 7 4 1186.5 4 94.5 CS x (um HeNe LASER L= 2.40 m 11.0 1= 633 um 1 = 633 um 23,0 [W N - 34. 3 L = 240 m 45.5 FOR ALL MEASUREMENTS EZ E3 A 3 A 4 L= 240 me L: 2:40m L= 2.40 m L= 2.40 m 1= 633 um 1=633 um 1= 633 um 1 = 633 um m X (mMM) m x (mm) 8.4 4,5 I 50 - 9, 1 17.0 Z 9, 0 LW N - 2 8.9 2 172 26.5 3 130 - W 175 27.0 35.5 4 17.5 4 16.5 35, 0 dsino = my asino = m >Light Interference Objective Measure slit widths a and slit separation distances d for several slit pattern samples a sine = na A B C D E d sine = ma Use a Helium-Neon laser to send a beam 2 of light incident on one of the slit patterns. Set up a screen at a distance of a few meters beyond the slits and observe the interference W intensity pattern. Carefully adjust the laser and the slit plate as needed to produce the sharpest pattern on the screen. 4 Use formulas for interference effects from slit width (diffraction) and slit distance (multiple slit effect) to determine the slit widths and slit separation distances. 5 screen tand = X slit sample X laser light a sine = na d sine = ma L Data Table Data Table X L 0 n a X L 0 m P