3) Arrange the following compounds in the order of increasing acidity (use a table for pKa Values in the textbook or any other source, need to understand the trend rather than actual values similar to pH scale). Also, understand the pKa scale -15 to ~ 60, water has a pKa of ~15. Imagine pka is similar to pH scale although pKa scale is larger than pH scale Butane, 1-Butanol, water, 1-Butyne, 2-butene

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 4.10P: Complete a net ionic equation for each proton-transfer reaction using curved arrows to show the flow...
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3) Arrange the following compounds in the order of increasing acidity (use a table
for pKa Values in the textbook or any other source, need to understand the trend
rather than actual values similar to pH scale). Also, understand the pKa scale -15
t0-60, water has a pKa of ~15. Imagine pka is similar to pH scale although pKa
scale is larger than pH scale
Butane, 1-Butanol, water, 1-Butyne, 2-butene
4) Identify a nucleophile (base) and an electrophile(acid) between the following two
reactants: reactant A is CH3ONa and reactant B is CH3CH₂Br. Using curved
arrow/s draw arrow/s which atom from a nucleophile donates a pair of electrons
to make a bond to which atom in electrophile THAT gains electron in forming a
bond (arrow drawing is very important). Finally draw a CHEMICAL EQUATION
using arrow for the above reaction. (reactants and products).
Transcribed Image Text:3) Arrange the following compounds in the order of increasing acidity (use a table for pKa Values in the textbook or any other source, need to understand the trend rather than actual values similar to pH scale). Also, understand the pKa scale -15 t0-60, water has a pKa of ~15. Imagine pka is similar to pH scale although pKa scale is larger than pH scale Butane, 1-Butanol, water, 1-Butyne, 2-butene 4) Identify a nucleophile (base) and an electrophile(acid) between the following two reactants: reactant A is CH3ONa and reactant B is CH3CH₂Br. Using curved arrow/s draw arrow/s which atom from a nucleophile donates a pair of electrons to make a bond to which atom in electrophile THAT gains electron in forming a bond (arrow drawing is very important). Finally draw a CHEMICAL EQUATION using arrow for the above reaction. (reactants and products).
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