What is the initial compound? Also, what is the mechanism?
What is the initial compound? Also, what is the mechanism? Dry HCl, OH
Complete the mechanism for the following reaction of benzaldehyde dissolved in dry ethanol bubbled with HCl(g) by adding any missing atoms, bonds, charges, non-bonding electrons, and curved arrows. Select the name that best describes the final product.
What is the structure of compound A? Also, provide its mechanism of formation to the final product. LiAIH LiAlH4 pTsOH A) no water!
Complete the mechanism for the following reaction of acetone dissolved in dry ethanol bubbled with HCl(g) by adding any missing atoms, bonds, charges, nonbonding electrons and curved arrows. Select the name that best describes the final product. and Select the choice that best describes the product formed in the reaction (1 gem-diol, 2 gem-diol, hemicetal or acetal)
reaction mechanism for this reaction scheme the reaction was performed with HCl OH NaBHA HO 0 5% NaOH, 0 °C Vanillin Vanillyl Alcohol
Show the products (major) and mechanism of 3-methyl-butene + HCl. Also, include the hydride shift
Give the products for the following reactions 1) Ko P205 | 2 HCl a) OH A b) 2 PhCOH B+C - 2) CH3CH Br 2 CH3OH OH → A I CH3 - dry HCl (cat.) Ph 'I Ph. "H CH3 X PhNH, Na - в (cat.) HCl (cat.) MgBr LOH -- А H2SO4 (cat.) OH SOCI2 PhNH)
what mechanism do bacteria use to attach to dry/glass surfaces?
QUESTION 6 OET -CH3 Et Et + OH OH Et Select the major product (or no reaction) and mechanism for the reaction above. Compound A Compound B Compound Compound D No Reaction S1 E15N2 E2 QUESTION 7 Br Me OCH, Et oh + O MeOH Ph Ph Select the major product (or no reaction) and mechanism for the reaction above. Compound A Compound B Compound C Compound D No Reaction SN 1 SN2 E2
B. Ksp of Ca(OH)2 by titration 25 mL of Ca(OH)2 used*** Molarity of HCl solution = 0.0716M 1. Final buret reading (trial 1) = 7.50 mL Final buret reading (trial 2) = 14.60 mL 2. Initial buret reading (trial 1) = 0.50 mL Initial buret reading (trial 2) = 7.50 mL 3. Volume of HCl (trial 1) _________mL Volume of HCl (trial 2) _________mL 4. Molarity of Ca(OH)2 (trial 1) __________M Molarity of Ca(OH)2 (trial 2) ___________M 5. Average Molarity...
Draw the structures of compound x and y. show the curved arrow mechanism for the transformation of compound x to compound y. 6. Draw the structures of compound X and compound Y. Show the curved arrow mechanism for the transformation of compound X to compound Y. (2) Heat OM arou K2Cr2O7 OH H2SO4, H20 compound X compound Y Mechanism of compound X to compound Y: