7. For the following acid-base reaction, what statement is correct?A.B.C.CH₂FCH₂COOH + CH3CHFCOONaAcidBaseفلات11/22ACHICstrong acidCH₂FCH₂COONa + CH3CHFCOOHC.BсаCH₂FCH₂COOH is acid and left side of the equation is favored at equilibriumCH₂FCH₂COOH is conjugate acid and right side of the equation is favored atequilibriumHtAcid -> DonateBase -> Accept HtCH3CHFCOOH is acid and left side of the equation is favored at equilibriumCH3CHFCOOH is conjugate acid and right side of the equation is favored atequilibrium28.35 6. For the following acid-base reaction, what statement is correct?CH3CH₂CH₂CH₂Li + CH3CH₂NH₂Strong baseacidA.CH3CH₂NH2B.C.D.CH3CH₂NH2is conjugate acid, because left side of the equation isfavored at equilibriumCH3CH₂CH₂CH3 + CH3CH₂NHLiweak conjugate acid weak conjugateis acid, because right side of the equation is favored atequilibriumCH3CH₂CH₂CH3CH3CH₂CH₂CH3is conjugate acid, because left side of the equation isfavored at equilibriumis acid, because right side of the equation is favored atequilibrium

It can be identified as a strong acid or strong base equilibrium direction easily as strong…

7. For the following acid-base reaction, what statement is correct? CH₂FCH₂COOH + CH3CHFCOONa Acid Baje A. B. S D. ACHIC strong an CH₂FCH₂COONa + CH3CHFCOOH CIB C.A CH₂FCH₂COOH is acid and left side of the equation is favored at equilibrium CH₂FCH₂COOH is conjugate acid and right side of the equation is favored at equilibrium equilibrium CH3CHFCOOH is acid and left side of the equation is favored at equilibrium CH3CHFCOOH is conjugate acid and right side of the equation is favored at

7. For the following acid-base reaction, what statement is correct? CH₂FCH₂COOH + CH3CHFCOONa Acid Baje A. B. S D. ACHIC strong an CH₂FCH₂COONa + CH3CHFCOOH CIB C.A CH₂FCH₂COOH is acid and left side of the equation is favored at equilibrium CH₂FCH₂COOH is conjugate acid and right side of the equation is favored at equilibrium equilibrium CH3CHFCOOH is acid and left side of the equation is favored at equilibrium CH3CHFCOOH is conjugate acid and right side of the equation is favored at

Organic Chemistry

8th Edition

ISBN:9781305580350

Author:William H. Brown, Brent L. Iverson, Eric Anslyn, Christopher S. Foote

Publisher:William H. Brown, Brent L. Iverson, Eric Anslyn, Christopher S. Foote

Chapter4: Acids And Bases

Section: Chapter Questions

Problem 4.48AP: As we shall see in Chapter 19, hydrogens on a carbon adjacent to a carbonyl group are far more...

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As we shall see in Chapter 19, hydrogens on a carbon adjacent to a carbonyl group are far more acidic than those not adjacent to a carbonyl group. The anion derived from acetone, for example, is more stable than is the anion derived from ethane. Account for the greater stability of the anion from acetone.
Which of the following options best completes the sequence below? OH ? 1. aq. HCI; 2. NaOH, heat; 3. BH3; 4. aq. NaOH 1. H₂SO4, heat; 2. BH3; 3. aq. NaOH OH30+ 1. HCI; 2. H₂SO4, heat; 3. BH3; 4. aq. NaOH
b) Rank the following in order of increasing acidity. H3C HS. Но OH A. В 오
Rank the attached compounds in order of increasing acidity, and then ranktheir conjugate bases in order of increasing basicity ?
Which acid has the strongest conjugate base? O a. phenol O b. water OC. ethanol O d. all of the choices A Moving to the next question prevents changes to this answer. Type here to search B ACID phenol; ethanol water STRUCTURE -OH CH₂CH₂OH HOH pk 10.00 16.00 15.74
5..HCO3-(aq) + H2O(l) <=> CO3 2-(aq) + H3O+(aq) In the reaction above; Select one: the strongest base is HCO3-(aq) and the left side is favoured at equilibrium. the strongest base is CO3 2- (aq)and the right side is favoured at equilibrium. the strongest base is HCO3-(aq) and the right side is favoured at equilibrium. the strongest base is CO3 2-(aq) and the left side is favoured at equilibrium.
In the following reaction, the acid reactant is and its conjugate base product is + CH3COO + NHÀ CH3COOH + NH3 A. CH3COOH; CH3COO™ B. NH3; NH4+ C. CH3COOH; CH3COO™ D. NH4¹; NH3 B O A OD
C. Arrange the following compounds in order of decreasing reactivity towards hydrolysis. H2N, M,co H3CO NAI IYK КАН BCS D. Arrange the following chemical species in order of decreasing basicity. OH он CH3 `CH3 ARL ENE YAS MIN
Arrange these compounds in order of increasing acidity. (most acidic last) 1. CH₂CHCICO₂H II. CICH₂CH₂CO₂H III. CH3CCl₂CO₂H IV. BrCH₂CH₂CO₂H O IV, II, I, III O IV, I, II, III O III, II, IV, I O II, I, III, IV
-3) Arrange each of the following in increasing order of acidity. COOH COOH TO H COOH CH3 of their bocie strongth
1. In the following acid-base reactions, the mechanism of reaction is shown. (i) Label the reactants as acid and base. (ii) Draw structures of the products in the appropriate boxes for conjugate acid and conjugate base. a. b. NH₂ 0:0: 1 Conjugate acid Conjugate acid + Conjugate base Conjugate base
( a C₁ di 3) Rank the following sets of compounds from least acidic to most acidic. A. B. C. H₂ Se CH₂OH H₂C OH H₂Oonds from ₂0 H₂C HCI NH3 NH3 H₂C NH₂ CH4 H₂C NH₂ 3