- Which Electron Pushing Arrows Of The Resonance Structures Below Are Drawn Correctly Multiple Choice Only One Answer I 1 (32.29 KiB) Viewed 77 times
- Which Electron Pushing Arrows Of The Resonance Structures Below Are Drawn Correctly Multiple Choice Only One Answer I 2 (45.08 KiB) Viewed 77 times
- Which Electron Pushing Arrows Of The Resonance Structures Below Are Drawn Correctly Multiple Choice Only One Answer I 3 (32.29 KiB) Viewed 77 times
- Which Electron Pushing Arrows Of The Resonance Structures Below Are Drawn Correctly Multiple Choice Only One Answer I 4 (35.45 KiB) Viewed 77 times
Which of the mechanisms below is drawn correctly? (Multiple Choice: Only one answer is correct, and only one answer can be selected) + OH & + H2O i Tonton + ГОН + H2O H₂O + OH — Lo to 요 + H2O OJA O + "ОН O= + H2O 0
Phenol (pK of 10.0) can be depronated in basic solutions to produce phenoxide. If a solution containing phenol has a pH of 8.0, is the phenol or phenoxide the predominant species? ("B" stands for a base in the following reaction, not boron) D. (Multiple Choice: Only one answer is correct, and only one answer can be selected) OH O + ":B + H-B Phenoxide Phenol pk = 10.0 ООО The phenoxide will be the predominant species. Neither will be the predominant species, as they will appear in equal concentrations. The phenol will be the predominant spedes
Phenol (pk of 10.0) can be depronated in basic solutions to produce phenoxide. If a solution containing phenol has a pH of 8.0, what will the ratio of the phenol to the phenol the phenoxide be (phenol : phenoxide)? (Multiple Choice: Only one answer is correct, and only one answer can be selected) ОН + B + H-B co Phenol pk = 10.0 Phenoxide ООО 10,000:1 1.000:1 100:1 10:1 1:1 1:10 1:100 1:1.000 1:10.000