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The most acidic proton on the molecule below has pK 41. Which of the following bases are capable of deprotonating the proton? Check all that apply. Note: Reference the pK of selected organic compounds table for additional information. Acid CH₂CH₂OH 16 H₂CO3 6.4 H₂O H₂ C₂H10 O NaH pk value NaHCO3 O NaOH 14 □ NaOCH₂ CH3 35 50 □ BuLi (C₂H₂Li) None of the above X

The most acidic proton on the molecule below has pK 41. Which of the following bases are capable of deprotonating the proton? Check all that apply. Note: Reference the pK of selected organic compounds table for additional information. Acid CH₂CH₂OH 16 H₂CO3 6.4 H₂O H₂ C₂H10 O NaH pk value NaHCO3 O NaOH 14 □ NaOCH₂ CH3 35 50 □ BuLi (C₂H₂Li) None of the above X

Chemistry
Chemistry
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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
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The most acidic proton on the molecule below has pKa 41. Which of the following bases are capable of deprotonating the proton? Check all that apply.

The most acidic proton on the molecule below has pK 41. Which of the following bases are capable of deprotonating the proton? Check all that apply. a Note: Reference the pK of selected organic compounds table for additional information. Acid CH3CH₂OH 16 H₂CO3 H₂O H₂ C₂H10 O NaH pk value a □ NaHCO3 □ NaOH 6.4 14 NaOCH₂CH₂ 35 50 □ BuLi (C₂H₂Li) None of the above X G
Transcribed Image Text:The most acidic proton on the molecule below has pK 41. Which of the following bases are capable of deprotonating the proton? Check all that apply. a Note: Reference the pK of selected organic compounds table for additional information. Acid CH3CH₂OH 16 H₂CO3 H₂O H₂ C₂H10 O NaH pk value a □ NaHCO3 □ NaOH 6.4 14 NaOCH₂CH₂ 35 50 □ BuLi (C₂H₂Li) None of the above X G
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