different reactions with specific conditions given (i.e., reagent and solvent). -Please include reactions that include the following functional groups at some point in the planed synthesis: an alkene, an ether, an alcohol, and an alkylhalide. Can include other functional groups, but these are the minimum. -Must make at least one C-C bond in the synthetic route. - Please include detailed arrow pushing mechanisms for each proposed step.

Draw a valid and complete reaction mechanism for one (and only one) of the following reactions J, K, or L. Be sure to include any and all stereochemistry throughout the reaction mechanism. Include all appropriate steps, arrows, and electrons involved. Draw all of the intermediates (and/or transition states where discussed in lecture), and label all non-zero formal charges. For your reaction, also be certain draw the starting material, the reactant(s), and all possible products. Please label these as "major" and "minor" (and "very minor," if needed). You may use a label more than once, but each structure should only have one label. Reaction J OH H,SO4, A Reaction K 1. PB13, 2. NaCN OH Reaction L HI, A

I really need help

Pls help ASAP on both pls I HUMBLY request

Pls help

Give clear detailed mechanism Solution with explanation needed

Above each arrow, supply the reagent(s)/reaction conditions that is(are) needed for each of the followingtransformations.

Please Answer in 30 minutes with handwritten explanation and mechanism !!

The tert-butyl bromide reacts with water with THF as the solvent, as shown in the following scheme: a) Indicate the type of mechanism of this reaction. b) Will the polarity of the solvent affect the reaction rate? c) The solvent that provides the highest speed isTo choose... d) In the case of using water in ethanol, in addition to tert-butanol, a second product. The letter of the product that is formed is: d) If the reaction is done with NaOH solution instead of water and with heating, tert-butanol becomes a minor product. The letter of the majority product of that reaction is: