7. Draw the major product expected for each of the following reactions. Show stereochemistry where relevant. OH a.) b.) c.) conc. H₂SO4 180°C -H₂O H₂. Pt HBr NaCN too DMSO
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- Draw the major organic product of the reaction. Ignore stereochemistryInterestingly, reduction of the complex shown above mostly gives thealcohol enantiomer shown below after workup. a. Draw the other minor diastereomeric alcohol product. b. Briefly explain the diastereoselectivity of the reduction – why is oneenantiomer heavily favored? Draw a structure or structures to support youranswer.A. Provide the necessary reagents. B. Provide the necessary eragnets and the step by step mechanism.
- The following compound readily eliminates CO; to form a conjugated six membered ring. (a) Complete the reaction with drawing the possible structure and (b) explain why this reaction goes steadily.please explain clearly and in detail. thank you! 2-butene reacts with NBS yields and forms two products, 1-bromobut-2-ene and 3-bromobut-1-ene. explain how this happens using mechanisms.Give the major organic product(s) for each step of the following reactions (a,b,c)
- A. For each reaction1) Provide the missing reagents/conditions or major organic products as appropriate2) Assign each reaction as Oxidation or Reduction unless otherwise directed3) Pay attention to stereochemistry including racemic mixtures unless specifiedComplete the following reactions with the majority products and the missing reaction conditions. Indicate stereochemistry if applicable. Also indicate the type of reaction that took place (SN1, SN2, E1, E2, E1bc)Orgonic Chmeistry II: 2,4,6-Trinitrotoluene (TNT) is synthesized by trinitrating toluene. The first nitration proceeds much faster than the second two. Briefly explain.
- The reaction of cyclohexene with iodobenzene under Heck conditions forms E, a coupling product with the new phenyl group on the allylic carbon, but none of the “expected” coupling product F with the phenyl group bonded directly to the carbon–carbon double bond. Draw a stepwise mechanism that illustrates how E is formed.Hello. Kindly help me understand if this is a possible schematic of the reaction. The specific question is in Organic Chemistry Principles and Mechanisms by Joel Karty 2nd Edition, Problem 12.11 on page 614. I believe the predicted major product should come as well as with its enantiomer hence 4 products predicted for this reaction as there is no easy rotation about the cyclic structureC) provide the drawing of stereochemical model explaining the obtained stereochemistry of product here C) provide the drawing of stereochemical model explaining the obtained stereochemistry of product here