bEER-lAMBERT lAW Lab format: this lab is a remote lab activity Relationship to theory: This activity quantitatively relates the concentration of a substance to the absorbance of light. Instructions for Instructors: This protocol is written under an open source CC BY license. You may use the procedure as is or modify as necessary for your class. Be sure to let your students know if they should complete optional exercises in this lab procedure as lab technicians will not know if you want your students to complete optional exercise. Remote Resources: Primary - UV/Vis Spectrometer; Secondary - Cuvette Holder Instructions for Students: Read the complete laboratory procedure before coming to lab. the experimental sections, complete all pre-lab materials before logging on to the remote lab, complete data collection sections during your on-line period, and answer questions in analysis sections after your on-line period. Your instructor will let you know if you are required to complete any optional exercises in this lab. Measure and analyze the visible light absorbance spectrum of a standard NiSO4 solution to determine the maximum wavelength of absorbance (λmax). Measure the absorbance of several standard NiSO4 solutions. Calculate the concentrations of these standard solutions using information provided by the Laboratory Technicians.
bEER-lAMBERT lAW Lab format: this lab is a remote lab activity Relationship to theory: This activity quantitatively relates the concentration of a substance to the absorbance of light. Instructions for Instructors: This protocol is written under an open source CC BY license. You may use the procedure as is or modify as necessary for your class. Be sure to let your students know if they should complete optional exercises in this lab procedure as lab technicians will not know if you want your students to complete optional exercise. Remote Resources: Primary - UV/Vis Spectrometer; Secondary - Cuvette Holder Instructions for Students: Read the complete laboratory procedure before coming to lab. the experimental sections, complete all pre-lab materials before logging on to the remote lab, complete data collection sections during your on-line period, and answer questions in analysis sections after your on-line period. Your instructor will let you know if you are required to complete any optional exercises in this lab. Measure and analyze the visible light absorbance spectrum of a standard NiSO4 solution to determine the maximum wavelength of absorbance (λmax). Measure the absorbance of several standard NiSO4 solutions. Calculate the concentrations of these standard solutions using information provided by the Laboratory Technicians.
CHE%20-%20RWSL%20Beer-Lambert%20Law%20-%20Spring%202014.docx