6. Choose circle the products for each of the following acid base reactions. H3C-(H2C)16 OH -NH₂ H3C ОН О ONa H2SO4 NaOH HCI H₂N-CH3 H3C H3C-(H2C)16 Р -CI ONa H3C-NH3 OH H3C H3C-(H2C)16 NH, CI 오 CH3 H3C H3C-(H2C)16 OH H Н -NC1₂ Н OH OH

Introduction to General, Organic and Biochemistry
11th Edition
ISBN:9781285869759
Author:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres
Publisher:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres
Chapter14: Alcohols, Ethers, And Thiols
Section: Chapter Questions
Problem 14.48P: 14-48 Explain why methanethiol, CH3SH, has a lower boiling point (6°C) than methanol, CH3OH (65°C),...
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Can you please give an explanation for question 6 ( continues to 2nd page)? Thank you 

b) The boiling point of butanamine is 78° C and the boiling point of N, N-dimethylethanamine is 38° C.
How do you explain this difference?
H3C
Hз
ал
Butanamine
H3C
Butanamine
NH₂
e) The boiling point of butanamine is 78° C and the boiling point of butanol is 118° C. How do you
explain this difference?
NH₂
О
ОН
6. Choose circle the products for each of the following acid base reactions.
ONa
H2SO4
CH3
H₂C NC
H3C-(H2C)16
OH
ост ового
OH
ONa
-NH₂
NaOH
HCI
CH3
N,N-dimethylethanamine
H₂N-CH3
H3C
butanol
H3C
OH
H3C-(H2C)16
Р
-CI
00
H3C-NH3
H3C
H3C-(H2C)16
-NH3 CI
Р
CH3
я
H3C
H3C-(H2C)16
OH
H
Н
-NC1₂
Н
OH
ОН
Transcribed Image Text:b) The boiling point of butanamine is 78° C and the boiling point of N, N-dimethylethanamine is 38° C. How do you explain this difference? H3C Hз ал Butanamine H3C Butanamine NH₂ e) The boiling point of butanamine is 78° C and the boiling point of butanol is 118° C. How do you explain this difference? NH₂ О ОН 6. Choose circle the products for each of the following acid base reactions. ONa H2SO4 CH3 H₂C NC H3C-(H2C)16 OH ост ового OH ONa -NH₂ NaOH HCI CH3 N,N-dimethylethanamine H₂N-CH3 H3C butanol H3C OH H3C-(H2C)16 Р -CI 00 H3C-NH3 H3C H3C-(H2C)16 -NH3 CI Р CH3 я H3C H3C-(H2C)16 OH H Н -NC1₂ Н OH ОН
b) The boiling point of butanamine is 78° C and the boiling point of N, N-dimethylethanamine is 38° C.
How do you explain this difference?
H3C
Hз
ал
Butanamine
H3C
Butanamine
NH₂
e) The boiling point of butanamine is 78° C and the boiling point of butanol is 118° C. How do you
explain this difference?
NH₂
О
ОН
6. Choose circle the products for each of the following acid base reactions.
ONa
H2SO4
CH3
H₂C NC
H3C-(H2C)16
OH
ост ового
OH
ONa
-NH₂
NaOH
HCI
CH3
N,N-dimethylethanamine
H₂N-CH3
H3C
butanol
H3C
OH
H3C-(H2C)16
Р
-CI
00
H3C-NH3
H3C
H3C-(H2C)16
-NH3 CI
Р
CH3
я
H3C
H3C-(H2C)16
OH
H
Н
-NC1₂
Н
OH
ОН
Transcribed Image Text:b) The boiling point of butanamine is 78° C and the boiling point of N, N-dimethylethanamine is 38° C. How do you explain this difference? H3C Hз ал Butanamine H3C Butanamine NH₂ e) The boiling point of butanamine is 78° C and the boiling point of butanol is 118° C. How do you explain this difference? NH₂ О ОН 6. Choose circle the products for each of the following acid base reactions. ONa H2SO4 CH3 H₂C NC H3C-(H2C)16 OH ост ового OH ONa -NH₂ NaOH HCI CH3 N,N-dimethylethanamine H₂N-CH3 H3C butanol H3C OH H3C-(H2C)16 Р -CI 00 H3C-NH3 H3C H3C-(H2C)16 -NH3 CI Р CH3 я H3C H3C-(H2C)16 OH H Н -NC1₂ Н OH ОН
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