Description I also have a video and more instructions I will link after! Watch the “Lab 2 – ...

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Description I also have a video and more instructions I will link after! Watch the “Lab 2 – Green Synthesis of Camphor Demo Video” on Blackboard, and use the information and data below to complete your lab report. Fill in the spaces provided. DATA Mass of Isoborneol: 0.3855 g Mass of crude (impure) camphor: 0.4122 g Mass of pure camphor produced (after sublimation): 0.2036 g Infrared Spectra IR Spectrum and spectral data table of Isoborneol Use the spectrum above to complete the table below. Select the important wavenumbers and the associated assignments and interpretation: Wavenumber (cm-1) Assignment Interpretation R Spectrum and spectral data table of Camphor Use the spectrum above to complete the table below. Select the important wavenumbers and the associated assignments and interpretation: Wavenumber (cm-1) Assignment Interpretation Questions In the green synthesis of camphor, a 0.3885 g isoborneol sample was treated with excess sodium hopchlorite (NaOCl). What would be the theoretical yield of camphor? Show work. Calculate the percent yield of the camphor in the reaction? Show work (Hint: %yield = experimental yieldtheoretical yield x 100%). Predict the products of the following reactions: (a) (b) In the experiment, both the starting isoborneol compound and camphor are white solids. What evidence leads you to conclude that these two solids are in fact different compounds and that the unreacted starting material was not isolated? (Hint: compare the infrared spectra of both isoborneol and camphor). Give one reason why the mass of the crude product is larger than the theoretical yield. Describe some green features of this experiment.