Draw both resonance structures of the anion formed by the reaction of the most acidic C-H bond of the compound below with base. H3C `N(CH3)2

Draw both resonance structures of the anion formed by the reaction of the most acidic C-H bond of the compound below with base. Include all valence lone pairs in your answer. For structures having different hydrogens of comparable acidity, assume that the reaction occurs at the less-substituted carbon. Draw one structure per sketcher. Add additional sketchers using the drop-down menu in the bottom right corner. Separate resonance structures using the ↔ symbol.

One acid–base classification defines a base as a substance that acts as a proton (H+H+) acceptor, and is also known as a Bronsted–Lowry base. All bases contain a non‑bonding pair of electrons. In each of the molecules, identify the atom that behaves only like a Bronsted–Lowry base. The atom in compound A that behaves only like a Bronsted–Lowry base is the nitrogen. the oxygen on the carbonyl. the oxygen bonded to hydrogen. the hydrogen bonded to oxygen.

Draw the organic product of the Bronsted acid-base reaction between the compounds shown below. Include all lone pairs and charges as appropriate. Ignore any counterions. •H :F: :O: :O: H Na Ⓒ 0:0- H

Complete the following reaction, and answer the questions below: OH (NaoH) a) What s the name of this reaction? b) OH in the above reaction is a base or a nucleophile ?

Could I please have help with number 4 only. •Butanoic God + water Carboxylate ien Write a chemical equation using full structures which represents the reaction between acetic acid and sodium hydroxide. acid base reaction, which - produce weter and Cctate lon 9 OU acete-cob:H3C-COOH HaC- -oTH+OH C -C- Nat sodium-hugrovide: AaCH reaction H3C-CoOH + NaCH • H3C - COO -Net + Ha0 4. Draw the full structure of octyl acetate (a component of orange flavor) and label the "acid" and "alcohol" portions of this ester.

Ammonia, NH3, is also a weak base with K, = 1.8x10-5. Which of the following is the best explanation for why triethylamine is a stronger base than ammonia? O The three ethyl groups on triethylamine are more electronegative than the hydrogens on ammonia and make triethylamine a stronger base. The hydrogens on ammonia are more electronegative than the ethyl groups on triethylamine, making ammonia a weaker base than triethylamine. The three ethyl groups on triethylamine that replace hydrogens on ammonia are electron rich and donate electron density to the N making triethylamine a stronger base. The question as stated is incorrect, ammonia is a stronger base than triethylamine because of the bigger lone pair of electrons on the N of ammonia compared to the N on triethylamine.

Draw both resonance structures of the anion formed by the reaction of the most acidic C-H bond of the compound below with base. Include all valence lone pairs in your answer. For structures having different hydrogens of comparable acidity, assume that the reaction occurs at the less-substituted carbon. Draw one structure per sketcher. Add additional sketchers using the drop-down menu in the bottom right corner. Separate resonance structures using the ↔ symbol from the drop-down menu.

Draw resonance structures for the conjugate base that is produced when the following compound is treated with sodium ethoxide. منة OEt There are THREE significant resonance structures for the conjugate base of this compound. Modify the given copies of the original compound to draw the resonance structures (no curved arrows are needed, and lone pairs do not have to be drawn). Use the +/- tools to add/remove charges, and use the single bond tool to interconvert between double and single bonds. H3C H3C H3C Edit Drawing CH3 CH3 CH3

Rank the molecules in decreasing (strongest to weakest) acidity. Include ALL resonance structures with arrows and explain reasoning for rank.