Identify all resonance forms of the enolate formed, and indicate whether or not a substantial amount of starting ketone will be present together with the enolate at equilibrium. (select all that apply) °° No, there will NOT be a substantial amount of diketone present after equilibrium has been established. Yes, there will be a substantial amount of diketone present after equilibrium has been established.

Draw the transition state for each reaction.

What is the reaction condition that could be employed to switch the major process between substitution and elimination mechanisms? O Concentration of the nucleophile/base O Proticity of the solvent O Polarity of the solvent Concentration of the substrate O Temperature

Draw the mechanism for the following reaction if it involves specific-acid catalysis. a. Draw the mechanism if it involves general-acid catalysis.

Consider the reaction of NaCl with 2- bromo-2-methylhexane in acetone/water. Predict the change in rate if the concentrations of both the 2-bromo-2- methylhexane and the NaCl are doubled. A) The reaction rate stays the same. B) The reaction rate doubles. C) The reaction rate is halved. D) The reaction rate quadruples E) The reaction rate triples.

Draw a curved arrow mechanism for the reaction. You can assume that all reactants and products are shown.

The following reaction Reactants⟶Product has a positive ΔG value. Select all the true statements from the list below Group of answer choices The reaction is exergonic The reaction in endergonic The reaction is favorable The reaction is unfavorable The free energy associated with the product is lower than that of the reactants The free energy associated with the product is higher than that of the reactants

Identify the stronger nucleophile in the following pair of anions. HO− or Cl− in a polar aprotic solvent

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Nitesh