4a. Challenge Problem: Where will that come from? Your new boss at Albion Malleable Chemical Company just told you to make the product below. She told you to use one of the bromothiols below, you just can't remember which one she said. Using your outstanding Albion College education, and knowing that sulfur acts like oxygen, figure out which one will work, and which one won't, and explain it here with text, mechanisms, complete sentences, and logic. Br Br OR NaH HS SH

Determine whether each of the following compounds could be removed from an organic solvent by washing with water, aqueous HCI, or aqueous NaOH. Your answer could be that any, all, some, or none of the washes work. Briefly explain your answer. IF removal of the compound requires the compound to first react, show the mechanism and product of the reaction. THINK CAREFULLY before answering. (Problem continues onto next page) HO OH LOH изон

Synthesis. Complete each of the 3 syntheses below. Show a reaction, or series of reactions, you could use to synthesize each compound (in the best yield possible) given the organic reactions you know so far. You must use the starting material shown, but may use any inorganic reagent, common solvent, or temperature you need. Don't show mechanisms here. (You are welcome to use scratch paper to work out your ideas, though.) Make this... From this... OH ethanol a ethanamine Benzene, and any organic compounds needed containing 4 or fewer carbons.

Can you assist me in spotting my error in drawing out this mechanism? I understand that it's an SN1 reaction and can't figure out why the the drawing is incorrect. Thank you very much.   Original Question: Draw the mechanism for the following reaction: Edit the reaction by drawing all steps in the appropriate boxes and connecting them with reaction arrows. Add charges where needed. Electron-flow arrows should start on the electron(s) of an atom or a bond and should end on an atom, bond, or location where a new bond should be created.

Determine which mechanism below is the most correct. Be sure to look at whether the most acidic H is reacting, if the direction of the arrows are correct, and if the correct products are formed based on the mechanism. If the correct answer is Option B, then explain why the other options are incorrect? Explain each option that is incorrect individually.

can you please try to answer this question for me again, in a clear way and a bit of explanation for each mechanisms?

Deuterium (D) is an isotope of H. Both D and H have one proton and one electron; H has no neutrons and D has one. Consequently, D and H have nearly identical behavior, but they can be distinguished from each other experimentally due to their different masses. Therefore, replacing an H with a D in a molecule-deuterium isotope labeling-can provide valuable information about a mechanism. With this in mind, how would you synthesize each of the following deuterium-labeled compounds from the analogous unlabeled compound, using D,0 as your only source of deuterium? Hint: You will have to use two separate proton transfer reactions to synthesize each one. (a) (b) (c) OD D.

Just need to check answer, dont need lengthy explanation.

Hi, I need help with this multi-step problem. I first need to CREATE a synthesis problem that has a starting material and a targeted product. The product must have at least 9 carbons.   The second step is to create an answer key for my synthesis problem which includes 6 steps. (please provide reactants and products for each step and one of the steps must be a radical reaction) And lastly, please provide the mechanism (with arrows) for the radical reaction.  Please do not copy and paste the answer from other tutors. It isn't helping. Thank you

could you please answer both? i couldn’t upload a closer picture of the image that we’re supposed to add arrows to i apologize if you cannot fully see/understand that one.