Can you help me solve this using this data and make the path length =0.05 Part...

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Can you help me solve this using this data and make the path length =0.05 Part II. Ferrichrome A. Your TA will give you a solution of unknown concentration of ferrichrome A. From its millimolar extinction coefficient at 440 nm (EmM = 3.7), determine the concentration of the solution. Ferrichrome A UV-Vis Dank WUN REPORT DRAF . AutoRun Measure Microvolume De Novix 522 x 4 190 250 O 403 O O O 700 O -0.0305 440 550 GENERAL Baseline correction at 750 0.0000 3.3136 0.4139 0.4921 0.0752 A 220 to 750m DS-11 FX Spectrophotometer/Fluorometer < 440 04921 Use rad button to selector ponos Can you help me solve this using this data and make the path length =0.05 Part II. Ferrichrome A. Your TA will give you a solution of unknown concentration of ferrichrome A. From its millimolar extinction coefficient at 440 nm (EmM = 3.7), determine the concentration of the solution. Ferrichrome A UV-Vis Dank WUN REPORT DRAF . AutoRun Measure Microvolume De Novix 522 x 4 190 250 O 403 O O O 700 O -0.0305 440 550 GENERAL Baseline correction at 750 0.0000 3.3136 0.4139 0.4921 0.0752 A 220 to 750m DS-11 FX Spectrophotometer/Fluorometer < 440 04921 Use rad button to selector ponos

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To solve this question we can use the information provided to apply Beers Law which is a relationshi... View the full answer