Show work. don't give Ai generated solution This is a Brønsted-Lowry acid-base reaction. Draw structures for all the products, showing any non-zero formal charges in each one. Make sure your reaction isbalanced.Note for advanced students: Draw only the most stable resonance structure for each product.:0:+LiOHCH-CH-C-OHClick and drag to start drawing astructure.

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Answered: This is a Brønsted-Lowry acid-base…

Organic Chemistry: A Guided Inquiry

2nd Edition

ISBN:9780618974122

Author:Andrei Straumanis

Publisher:Andrei Straumanis

Chapter14: Elimination

Section: Chapter Questions

Problem 35E

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1. Products A and B combine to make up over 90% of the product mixture. H-CI CI В D ČI A a. For each of the structure A-D, attach an H atom to the carbon that in fact added an H b. Classify each of the four structures as either a 1,2 or 1,4 addition product c. Draw the resonance structures for the cation that leads to both product A+B, and also draw the resonance structure for the cation that leads to both product C+D. d. Draw the mechanism for the formation of products A and B above.
Draw curved arrows to indicate the movement of electrons in the following reaction. H H HỌ: Arrow-pushing Instructions HỌ: NOC XT H H---- H H C-CI 1 H CI / HO-C- A HO-C H H H H :CI: :CI:
3. Use curved arrows to show electron movement in the reactant side and draw the product/s of the Lewis acid-base (nucleophile-electrophile) reaction. Label the nucleophile and the electrophile. Draw in all lone pairs and charges where appropriate. -co 요
6. Rank the indicated a-H's from most to least acidic (most acidic= 1). Be sure to explain your rankings for each by drawing significant resonance structures for the conjugate base and commenting on any other factors that contribute to your rankings. H H H H. A B Cmpd Rank Resonance Structures Reasoning A В
6. Clearly label the Lewis acid and Lewis base in each reaction. Fill in all lone pair electrons on the reactants and products, and use curved arrows to show the mechanism of the reaction. Identify formal charges on the product(s), if not already noted. 4.x-x H st H-A-H H CH, CI fo -H AIH₂ MgBr
Don't used hand raiting and show all reactions
This structure has a lower pKa than usual because he conjugate base of the structure has unusual stability. Using the provided resonance structures, draw the curved electron- pushing arrows to show the deprotonation step. Then, draw the curved electron-pushing arrows to show the interconversion between resonance hybrid contributors. Be sure to account for all bond-breaking and bond-making steps. H H:O H. H H H H. H H H Select to Add Arrows NaH .H H H Na Ⓒ Na Ⓒ H Problem 4 of 21 Please sel
6. Classify each acid base reaction as a Brønsted or Lewis pair. Label the acid (or electrophile) and the base (or nucleophile). Draw a curved arrow to show how electrons moved to form the new bond(s). i CH3Li -H + Na + CH3Li NaNH, OH Br H3C- O Lit O Lit 핸 Na CH4 NH3 + NaBr
Ethyl acetate can be prepared by an Sy2 reaction. Draw the alkylbromide and nucleophile used in the reaction. Remember to include formal charges and do not include counterions. H3C° CH3 Draw the alkyl bromide. Draw the nucleophile. Select Draw Rings More Erase Select Draw Rings More Erase H Br H
Draw a curved arrow mechanism for the reaction. Add steps as necessary and be sure to add lone pairs and charges where relevant. :Br: H₂O :Br: & :0 :O: OH + Add/Remove step X Ś Click and drag to start drawing a structure. Ć Oo E olo 18 Ar 8: [1]
осх (Intermediate) Reactant ķ H H: Tip: Only add curved arrows in this sketcher 1
Add curved arrows to the reactants to indicate the movement of electrons in this reaction. Select Draw Rings More Erase H H -ŃEH :CI: H - CI: H H

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