(2pts) Hydroboration and Oxidation (2pts) Draw a balanced reaction for the reaction. Include drawings of the structures
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(2pts) Hydroboration and Oxidation (2pts) Draw a balanced reaction for the reaction. Include drawings of the structures
(11pts) Calculation of Yields Amount of reactant used: (2pts) Amount of reactant in moles (mol) Amount of product obtained: (2pts) Product obtained in moles (mol) (3pts) Product theoretical yield in grams (g) 0.0126 0.012 1.29 1.056 g 1.192 g Saved
(2pts) Product obtained in moles (mol) (3pts) Product theoretical yield in grams (g) (2pts) Product percent yield 0.012 1.29 92.4 Saved Saved Saved
IR Spectrum for Product Obtained Transmitance 1.0 9.8 24. Obtain an IR spectrum of the product. 02 3500 3000 2500 You can download the IR spectra by clicking here. (2pts) Hat 2000 Wavenumbers (cm-1) при 1500 1000 500
(2pts) Complete the table with 3 Major IR peaks. Normal : BIU Report Table HB.1: IR Analysis III III ill (2pts) Use 1-2 key peaks to justify what compound(s) that you think are present. Til Saved T
(2pts) Use 1-2 key peaks to justify what compound(s) that you think are present. Normal : BI U X₂X¹ EEE Elli (2pts) Does this suggest that your reaction worked? Use 1 or two key IR peaks to justify your answer. fx @P BET= Normal : BIU (2pts) What does this IR data indicate about the purity of the product? Use 1 or two key IR peaks to justify your answer. T 2 Saved
(2pts) What does this IR data indicate about the purity of the product? Use 1 or two key IR peaks to justify your answer. 1 Normal : BIU X₁ X¹ E== fx [ @ 8 Saved T₂ (4pts) Post-Lab Questions Consider the IR spectra of the reactant, 1-hexene, and the IR spectra of your hydrated product to answer the following questions. IR Spectrum of 1-Hexene