identify the types of Hydrogens (homotopic, heterotopic, diastereotopic...) in the following molecules. Explain your reasoning. CH,...
2. Determine the relationship (heterotopic, homotopic, enantiotopic, or diastereotopic) Det hydrogens. (20 pts) н нь Н. Н. пь
Identify the indicated protons in the following molecules as unrelated, homotopic, enantiotopic, or diastereotopic. ball & stick ▼ |!--| labels |Highlight H17 and H18
please explain 16. How many unique kinds of hydrogens are in the following molecules? осн. HO a CH₂ CH₃ o CH₂ b.
Untnown 5y CsHao 1H ppm(t1) 1.50 1.00 1.776 1.505 1.161 9060 0.881 5 Report your 1H NMR analyses here:(10 points) Fragmenrs Splitting Number of Chemical shift, ppm Integration neighbors, N N+1 a. b. C d. e. Conclusion: (5 points) Draw Structure showing all carbons and hydrogens and match the peaks with the protons. 6. 7. Explain any special features on the back of this page.-> 1 HNMR: symmetry, Homotopic, heterotopic, enantiotopic, diastereotopic, H-bonding, Cis-trans, coupling constants, etc.(2 points)
Arrange the following molecules from least polar to most polar, explain your reasoning (6 points) 2. a. CH, b. CF.CI, c. CF.H, e. CCl,H
Predict the site of protonation and deprotonation for each of the following molecules. Explain your reasoning.
1. Determine which of the following molecules will generate the most stable carbocation. Explain your reasoning. 2. Explain why the following reaction will not produce an E1 product? 3. Explain why the SN1 reaction condition is the preferred method rather than SN2? Determine which of the following molecules will generate the most stable carbocation. Circle the correct answer. EXPLAIN your reasoning! (5 points) Br: EXPLAIN why the following reaction will NOT produce an El product? (4 points) OH H20 Br...
2. For each set of molecules, identify the most soluble, and explain your choice. ON CH3 CH3 CH3- C -o- CH₂ CH3 OCH CH- CN-CH -CH2-C-NH-CH,
12. Identify and name the functional groups present in the following molecules: CH,OH NHCH CHOCHZ NHCOCH 3 COOH (b) Draw all posibble isomers of compound with the molecular formula C3H0 and identify the types of isomerism present. Draw all posibble isomers of compound with the molecular formula CsH60, and identify the types of isomerism present. (c)
Identify the mechanism for both of the reactions below and explain your reasoning: