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Identify the acid, base, conjugate acid and conjugate base. Use arrow pushing formalisms to demonstrate the hydrogen transfer. H₂C CH₂SH CH₂0 CH3 H H CH₂S + CH₂OH H₂C H CH₂ + H₂O

Identify the acid, base, conjugate acid and conjugate base. Use arrow pushing formalisms to demonstrate the hydrogen transfer. H₂C CH₂SH CH₂0 CH3 H H CH₂S + CH₂OH H₂C H CH₂ + H₂O

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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8:01 Back Module 3 Homework.docx Identify the acid, base, conjugate acid and conjugate base. Use arrow pushing formalisms to demonstrate the hydrogen transfer. H₂C CH₂S H CH3 H Dashboard + + + CH₂0 CH,0 + Но е Identify the acid and base for each equation then predict the product of the reaction. H $88 H H-CI Calendar Lewis definition: -A Lewis acid is described as an electron-pair acceptor, where as a Lewis base is an electron-pair donor. Typical Lewis bases may have lone pair electrons, negative charge, or pi bonds. A+ Lewis Acid B Lewis Base Identify the acid and base in each reaction. Predict the product CH₂S + CH₂OH To Do H₂C A ✪ CH3 -B G 44 + H₂O ge Notifications Inbox
Transcribed Image Text:8:01 Back Module 3 Homework.docx Identify the acid, base, conjugate acid and conjugate base. Use arrow pushing formalisms to demonstrate the hydrogen transfer. H₂C CH₂S H CH3 H Dashboard + + + CH₂0 CH,0 + Но е Identify the acid and base for each equation then predict the product of the reaction. H $88 H H-CI Calendar Lewis definition: -A Lewis acid is described as an electron-pair acceptor, where as a Lewis base is an electron-pair donor. Typical Lewis bases may have lone pair electrons, negative charge, or pi bonds. A+ Lewis Acid B Lewis Base Identify the acid and base in each reaction. Predict the product CH₂S + CH₂OH To Do H₂C A ✪ CH3 -B G 44 + H₂O ge Notifications Inbox
8:01 Back (1)Identify the acid and base, (2) draw the conjugate acid and base, and (3) determine which side of the equilibrium is favored using pKa values. Module 3 Homework.docx HF₂C HC=CH OH Dashboard OH Electronegativity/Inductive Effect -As the atom to which H is bonded becomes more OH OH electronegative (going from left to right on the periodic table), the polarization of that bond (bond dipole) is more pronounced and H is more easily transferred as H*. Rank the following acids in order of increasing acidity (1 being the least acidic) and support each answer, briefly. + Eto Calendar + H₂O F₂C + OH OH OH H₂C To Do OH "OH 44 OH Electron Delocalization/Resonance -Electron delocalization in the conjugate base is another way that structure affects acidity. With a greater degree of resonance, the conjugate base becomes more stabilized, meaning that the Notifications OH Inbox
Transcribed Image Text:8:01 Back (1)Identify the acid and base, (2) draw the conjugate acid and base, and (3) determine which side of the equilibrium is favored using pKa values. Module 3 Homework.docx HF₂C HC=CH OH Dashboard OH Electronegativity/Inductive Effect -As the atom to which H is bonded becomes more OH OH electronegative (going from left to right on the periodic table), the polarization of that bond (bond dipole) is more pronounced and H is more easily transferred as H*. Rank the following acids in order of increasing acidity (1 being the least acidic) and support each answer, briefly. + Eto Calendar + H₂O F₂C + OH OH OH H₂C To Do OH "OH 44 OH Electron Delocalization/Resonance -Electron delocalization in the conjugate base is another way that structure affects acidity. With a greater degree of resonance, the conjugate base becomes more stabilized, meaning that the Notifications OH Inbox
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