I>Clicker Q:
Identify which regiochemical control is used
to open the epoxide below.
A. Acidic condition
B. Basic condition
I>Clicker Q:
Identify which regiochemical control is used
to open the epoxide below.
A. Acidic condition
B. Basic condition
Nuˉ
+
E
The “Heart” of Jone’s Reagent
Oxidation of 1˚Alcohol
by Jone’s Reagent
Oxidation of 1˚Alcohol
by Jone’s Reagent
Oxidation of 1˚Alcohol
by Jone’s Reagent
East Lansing
Las Vegas “Poker”
Tournament I
Q. 1
A. 1° Alcohol
D. Aldehyde
B. 2° Alcohol
C. 3° Alcohol
E. Ketone
Q. 2
A. 1° Alcohol
D. Aldehyde
B. 2° Alcohol
C. Ketone
E. Carboxylic Acid
Q. 3
A. LAH
B. NaH
D. Jones Reagent
C. PCC
E. Grignard Reagent
Q. 4
A. 1° Alcohol
D. Aldehyde
B. 2° Alcohol
C. 3° Alcohol
E. Ketone
Q. 5
A. LAH
D. NaOH
B. NaH
C. PCC
E. Grignard Reagent
Q. 6
A. 1° Alcohol
D. Aldehyde
B. 2° Alcohol
C. 3° Alcohol
E. Ketone
Q. 7
A. LAH
D. mCPBA
B. NaH
C. PCC
E. Grignard Reagent
Q. 8
A. 1° Alcohol
D. Aldehyde
B. 2° Alcohol
C. 3° Alcohol
E. Ketone
Q. 9
A. LAH
B. NaH
D. Jones Reagent
C. PCC
E. Grignard Reagent
Q. 10
A. 1° Alcohol
D. Aldehyde
B. 2° Alcohol
C. 3° Alcohol
E. Ketone
Q. 11
A. 1° Alcohol
D. Aldehyde
B. 2° Alcohol
C. 3° Alcohol
E. Ketone
Q. 12
A. LAH
B. NaH
D. Jones Reagent
C. NaOH
E. Grignard Reagent
Q. 13
A. LAH
B. NaH
D. Jones Reagent
C. PCC
E. Grignard Reagent
Q. 14
A. 1° Alcohol
D. Ketone
B. 2° Alcohol
C. 3° Alcohol
E. Ketone
Q. 15
A. 1° Alcohol
D. Ketone
B. 2° Alcohol
C. 3° Alcohol
E. Carboxylic acid
Q. 16
A. 1° Alcohol
D. Ketone
B. 2° Alcohol
C. Aldehyde
E. Carboxylic acid
Q. 17
A. 1° Alcohol
D. Aldehyde
B. 2° Alcohol
C. 3° Alcohol
E. Ketone
Q. 18
A. 1° Alcohol
D. Aldehyde
B. 2° Alcohol
C. 3° Alcohol
E. Carboxylic acid
Q. 19
A. 1° Alcohol
D. Aldehyde
B. 2° Alcohol
C. 3° Alcohol
E. Carboxylic acid
Q. 20
A. 1° Alcohol
D. Aldehyde
B. 2° Alcohol
C. 3° Alcohol
E. Carboxylic acid