1. When a compound acts as a base, does it donate or accept a proton (H*)?Model 1: Acid-base reactions of aminesH(1) HgC-N: + HgOHHH3C-N-HOHHH(2) HC-N: HCIHCritical Thinking Questions:HH3C-N-H + ClH2. Circle the base in the reactants for reaction (1). Repeat for reaction (2).3. Explain why the products of the reactions in Model 1 have charges, even though thereactants do not. Compare your answer with your team.Manager: Ask a different team member to offer the first explanation for CTQs 4-7.4. What are the products of the reaction:NH2CH3CHCH2CH2CH3 + H₂O5. As a team, predict the organic product of the following reaction.H3CH2C CH3+ HBr6. Do amines typically react as acids or bases?7. What are the products of the following reaction?H3CH2CH2C-NH2 + CH3COOH8. What is the organic product of the following:-NH2+ HCI

Since you have posted multiple questions with multiple sub-parts, we will provide the solution only…

1. When a compound acts as a base, does it donate or accept a proton (H*)? Model 1: Acid-base reactions of amines H (1) H₂C-N: H₂O H H H3C-N-H + OH H H H (2) HC-N: HCI H Critical Thinking Questions: 1+ e H₂C-N-H + Cl Н 2. Circle the base in the reactants for reaction (1). Repeat for reaction (2). 3. Explain why the products of the reactions in Model 1 have charges, even though the reactants do not. Compare your answer with your team.

1. When a compound acts as a base, does it donate or accept a proton (H*)? Model 1: Acid-base reactions of amines H (1) H₂C-N: H₂O H H H3C-N-H + OH H H H (2) HC-N: HCI H Critical Thinking Questions: 1+ e H₂C-N-H + Cl Н 2. Circle the base in the reactants for reaction (1). Repeat for reaction (2). 3. Explain why the products of the reactions in Model 1 have charges, even though the reactants do not. Compare your answer with your team.

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 4.33P: Complete the equation for the reaction between each Lewis acid-base pair. In each equation, label...

See similar textbooks

Similar questions

For the previous four questions, label each molecule that appears in the question or your answer asstrong acid, strong base, weak acid, or weak base.
DIRECTION: Identify the conjugation acid-base pairs in the following reactions. Remember that an acid donates a proton to become a conjugate base and a base accepts proton to form a conjugate acid. Label A for "acid", B for "base, CA for "conjugate acid" and CB for "conjugate base". 5. H₂SO4 + OH-HSO4 + H₂O 6. H2SO4+H₂O → H3O+ + HSO4 7. CO32- + H₂O → HCO3- + OH- 9. HCOOH + CH3COO > HCOO- + CH3COOH 11. C6H5NH2 + H₂O → C6H5NH3+ + OH- 13. HSO4 + H₂O → SO42- + H3O+ 15. NH3 + H₂O → NH4+ + OH- 8. NH4+ + OH-NH3 + H₂O 10. HCN + H₂O → CN + H3O+ 12. H₂O + H₂O → H3O+ + OH- 14. OH- + H3O+ H₂O + H₂O
DIRECTION: Identify the conjugation acid-base pairs in the following reactions. Remember that an acid donates a proton to become a conjugate base and a base accepts proton to form a conjugate acid. Label A for "acid", B for "base, CA for "conjugate acid" and CB for "conjugate base". 1. HCO3 + NH3CO32- + NH4+ 3. CH3COOH + H₂O → H3O+ + CH3COO- 5. H₂SO4 + OH-HSO4 + H₂O 7. CO32- + H₂OHCO3 + OH- 9. HCOOH + CH3COO- > HCOO- + CH3COOH 11. C6H5NH2 + H₂O C6H5NH3+ + OH- 13. HSO4+H₂O → SO42- + H3O+ 15. NH3 + H₂O → NH4+ + OH- 2. HCI + H₂O → H3O+ + CI- 4. HOCI + NH3NH4+ + CIO- 6. H2SO4+H₂O → H3O+ + HSO4 8. NH4+ + OH-NH3 + H₂O 10. HCN + H₂O → CN + H3O+ 12. H₂O + H₂2O → H3O+ + OH- 14. OH + H3O+ H₂O + H₂O
Draw curved arrows to illustrate the Brønsted acid-base reaction shown. H3C H3C "gar. H3C F $ R Draw the curved arrows for the forward reaction. C=CH₂ + H-Br: V 508 H₂C 1 H₂C % 5 I T G C=CH₂ B 6 Y H .. Fo N م MacBook Pro fit: 7 U 44 J ** 00 8 M H3C Dil I +C K 9 Draw the curved arrows for the reverse reaction. If H -CH₂ + CH₂ H V DD F9 O H,C H₂C 1 ) O L command F10 :Br: P A. H - : F11 option { [ + = F12 } Attempt 4 G delete C
In each reaction, Label the reactants as a Lewis base (nucleophile) or a Lewis acid (electrophile). Use curved arrows to show the movement of electron pairs in the reaction. :o: NH3 H -C-H H H. ONH3
In each reaction, Label the reactants as a Lewis base (nucleophile) or a Lewis acid (electrophile). Use curved arrows to show the movement of electron pairs in the reaction. NH, H-C- H- H. ONH3
In the following reaction, what is the role of the BF3? Check all that apply. H. F kH. HF H-N: B-F H-N-B-F H. F H F Lewis acid Bronsted base Lewis base Bronsted acid Oelectrophile Onucleophile
Answer questions a-c about the Bronsted acid-base reaction below using the identifying letters A-D below each structure. A table of pK, values for various organic and inorganic acids can be found in the references section. H-CN :CN H. A в D hydrogen cyanide pyridine cyanide pyridinium a) The weaker acid is b) Its conjugate base is c) The species that predominate at equilibrium are (two letters, e.g. AC)
For each of the molecules shown below, draw the acid dissociation reaction. If a conjugate base has resonance structures, draw all valid resonance structures. A H* + В H* + CF3 H. C H* + Identify the stronger acid in each of the pairs below; provide an explanation for each pair. A & B B & C A & C
Which is the least stable base? (F-, Cl-, Br-, and I-)
Rank the three marked centers in acetaminophen from strongest to weakest acid center. a Select an answer and submit. For keyboard navigation, use the up/down arrow keys to select an answer. b с d (strongest) I>II> III (weakest) (strongest) II >> III (weakest) (strongest) III >II>I (weakest) nem H3C III (strongest) III > I > II (weakest) OH
What is the order of decreasing acidity for the following compounds (highest first)? CH3 -CH₂-COOH I O II › III > I > I O III > I>II> N ON>II> III>1 O I. II. I. III CH3 - CHCI - COOH II CH₂C1-CH₂-COOH III CH3-CC12-COOH IV