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!

Hydrogen A accepted Argon A accepted Red 656.3 nm Orange 604.5 nm Green 486.1 nm Yellow 550.5 nm Blue 434.0 nm Blue 451.1 nm Violet 410.2 nm Violet 419.0 nm Helium accepted Mercury accepted Red 686.7 nm Yellow 579.1 nm Orange 667.8 nm Yellow 577.0 nm Yellow 587.5 nm Green 546.1 nm Green 501.2 nm Blue 435.8 nm Blue 447.1 nm Violet 404.7 nmView From Diffraction Grating Spectrum Tube High Voltage Power Supply Meter Stick for Location of Each Line Hydrogen Helium Argon Mercury Data Tables Results Tables Each Element Each Element 0 . 1. measured 7t. accepted : difference DIFFRACTION d = linch 2.54c) 10 um GRATING 14,300 linch 14, 300 LINES/INCH d= | 1776 um LENGTH a= 1 100cm) FOR ALL MEASUREMENTS HYDROGEN HELIUM ARGON MERCURY LINE LINE b LINE LINE b RED RED 2.5cm 38. Scm ORANGE 35. 7 cm ORANGE 40, Sam YELLOW / 34, 1 cm GREEN 29.3 cm BLUE 125.4 cm YELLOW/ 37, 1 cm YELLOW 33, 0cm GREEN / 31.Km GREEN VIOLET 123,5 cm 31.4 cm BLUE 25,8 cm BLUE | 25. Sam BLUE (24. 1cml VIOLET | 23. 9 cm VIOLET 23, 1CmAtomic Spectra Objective Measure the wavelengths for the spectral lines of sample elements Hydrogen Meter Stick Diffraction Helium Grating Light Argon C Mercury b Viewing Angle d sin(0) = ma tan(0) = (b/ a ) High Voltage Spectral Tubes 1687 1856.3 527 /51831 517,2 486,1 1430, Continuum SUN 500 656,3 436,1 434 410,1 Hydrogen Helium 600 500 Hydrogen ;H 6678 587.5 301,5 492,1 471,3 - 1447,1 1402,6 Argon 600 500 Nitrogen Helium He 1546,1 1502,5 435,81 407,8| |404.7 Neon Mercury Ha Mercury 500 Carbon Monoxide 600 Uranium Hu