12. While each molecule below has more protons (H-atoms) than being shown, just focus on the protons identified. Compare the two protons identified. 1) Draw the two conjugate bases that could possibly result (althou gh one will be preferred over the other). The purpose here is to make you look at the conjugate base and the atom upon which the negative charge resides, then you should consider your SERIO factors. 2) Identify which proton is more acidic by circling the H, or H, on the original molecule. 3) Explain why by comparing the conjugate bases. Cirele the factor you considered when comparing the stabilities of the conjugate bases. Explanation: Size Electronegativity Resonance Inductive effect Orbital hybridization СвА св, Explanation: Size Electronegativity Resonance Inductive effect Orbital hybridization св, св, Explanation: Size Electronegativity Resonance Inductive effect Orbital hybridization O-He CBA св, Explanation Size Electronegativity Resonance Inductive effect Orbital hybridization св, св, Explanation Size Electronegativity Resonance Inductive effect Orbital hybridization он, Н,о свА св, Explanation: Size Electronegativity Resonance Inductive effect Orbital hybridization св, св,

12. While each molecule below has more protons (H-atoms) than being shown, just focus on the protons identified. Compare the two protons identified. 1) Draw the two conjugate bases that could possibly result (althou gh one will be preferred over the other). The purpose here is to make you look at the conjugate base and the atom upon which the negative charge resides, then you should consider your SERIO factors. 2) Identify which proton is more acidic by circling the H, or H, on the original molecule. 3) Explain why by comparing the conjugate bases. Cirele the factor you considered when comparing the stabilities of the conjugate bases. Explanation: Size Electronegativity Resonance Inductive effect Orbital hybridization СвА св, Explanation: Size Electronegativity Resonance Inductive effect Orbital hybridization св, св, Explanation: Size Electronegativity Resonance Inductive effect Orbital hybridization O-He CBA св, Explanation Size Electronegativity Resonance Inductive effect Orbital hybridization св, св, Explanation Size Electronegativity Resonance Inductive effect Orbital hybridization он, Н,о свА св, Explanation: Size Electronegativity Resonance Inductive effect Orbital hybridization св, св,

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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