Consider the taollowing transtormation to answer the 3-part question. "Br OH CI 2 3 i) Can substrate 1 undergo intramolecular SN2 reaction? | Select] ii) Can substrate 2 undergo intramolecular SN2 reaction? ( Select ] iii) Can substrate 3 undergo intramolecular SN2 reaction? (Select }
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Q: Draw the SN1 and E1 products formed in the reaction of (CH3),CBr with H20.
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Q: Write the products of the following SN2 reaction: SN2 OCN + CH3B" Write the mechanism.
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- Increasing the concentration of either of the reactants of an Sn2 reaction increases the rate of the reaction. The primary reason for this is that increasing the concentration increases2) Draw an Energy Diagram, showing the exergonic reaction between reactants A & B to produce the products C (this should be a hump-shaped curve). Show (label) the relative free energies for the reactants and product, the activation energy, the total change in free energy, and with a dotted line show how the curve changes in the presence of an enzyme. Explain why this is considered a spontaneous reaction.Curved arrows are used to illustrate the flow of electrons. Follow the curved arrows and draw the structure of the missing reactants, intermediates, or products in the following mechanism. Include all lone pairs and charges as appropriate. Ignore stereochemistry. Ignore inorganic byproducts. H. THE BH₂ BH₂ Please select a drawing or reagent from the question area
- Assign these reactions as SN1, SN2, E1 and E2 on the blank line on the right side of the reactionsI drew out the reaction and the transition states but I am not sure how to draw the energy diagram for compounds with similar mechanismsWhich of the following is the rule which states that the more substituted product is the major product in an elimination reaction? O 1) Boyle's Law O 2) Markovnikov's Rule 3) Zaitsev's Rule O 4) LeChatlier's Principle
- Identify the intermediates (A-D) in the following reaction sequence.Draw and label a potential energy coordinate diagram that shows the difference between the Suzuki reaction you studied in an uncatalyzed versus catalyzed process. Assume that the Ea for the uncatalyzed reaction is 32 kcal/mole and the DGo is -7 kcal/mole. For the catalyzed reaction, assume that the rate-determining step is transmetallation (label the Ea for the catalyzed process)What is a key difference between the following two reactions? a) CH3MgBr would deprotonate the alpha position and CH3NH2 would add directly to the C=O b) CH3MgBr would deprotonate the alpha position and CH3NH2 would add in the beta position c) CH3MgBr would add directly to the C=O and CH3NH2 would add in the beta position d) CH3MgBr would add in the beta position and CH3NH2 would add directly to the C=O