Question: Classify each reaction as an oxidation, a reduction, or nether. (a) CH3 - CH2OH (b) (c) (d) (e) (f) g) (h) (i) (j) (k) (l)

Classify each reaction as an oxidation, a reduction, or nether.
(a) CH3 - CH2OH
Classify each reaction as an oxidation, a reduction, or nether.
(a)

(b)

Classify each reaction as an oxidation, a reduction, or nether.
(a)

(c)

Classify each reaction as an oxidation, a reduction, or nether.
(a)

(d)

Classify each reaction as an oxidation, a reduction, or nether.
(a)

(e)

Classify each reaction as an oxidation, a reduction, or nether.
(a)

(f)

Classify each reaction as an oxidation, a reduction, or nether.
(a)

g)

Classify each reaction as an oxidation, a reduction, or nether.
(a)

(h)

Classify each reaction as an oxidation, a reduction, or nether.
(a)

(i)

Classify each reaction as an oxidation, a reduction, or nether.
(a)

(j)

Classify each reaction as an oxidation, a reduction, or nether.
(a)

(k)

Classify each reaction as an oxidation, a reduction, or nether.
(a)

(l)

Classify each reaction as an oxidation, a reduction, or nether.
(a)

CrOs pyridine CH H2CrO4 CH3CH -- CH3 H3C CH3 CH3---CH3 LiAIH TiCI CH3-CH2-OH CH3 CH3 Br Br enantiomer) Br CH2O OCH H H2o HBr ! Br OH H.SO4 Pt OH OsO H202 OH RCO3H H30+ + enantiomer) CI Cl (t enantiomer) H20 OH enantiomer) OH ( BH3 THF (2) H202 OH

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