Explain why anaerobic energy systems are not entirely anaerobic.
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Q90: Fatigue in the oxidative phosphorylation energy system
Q91: Match the term with its definition.
a.Insulin
b.Oxidized
c.VO2 max
d.Palmitate
e.Reduced
f.Alanine
g.Glycogenolysis
h.Lactate
i.Lipolysis
j.RER
-an
Q92: Match the term with its definition.
a.Insulin
b.Oxidized
c.VO2 max
d.Palmitate
e.Reduced
f.Alanine
g.Glycogenolysis
h.Lactate
i.Lipolysis
j.RER
-breakdown
Q94: Match the term with its definition.
a.Insulin
b.Oxidized
c.VO2 max
d.Palmitate
e.Reduced
f.Alanine
g.Glycogenolysis
h.Lactate
i.Lipolysis
j.RER
-has
Q95: Match the term with its definition.
a.Insulin
b.Oxidized
c.VO2 max
d.Palmitate
e.Reduced
f.Alanine
g.Glycogenolysis
h.Lactate
i.Lipolysis
j.RER
-has
Q96: Match the term with its definition.
a.Insulin
b.Oxidized
c.VO2 max
d.Palmitate
e.Reduced
f.Alanine
g.Glycogenolysis
h.Lactate
i.Lipolysis
j.RER
-ratio
Q97: The rate-limiting enzyme for the anaerobic glycolysis
Q98: The oxidative phosphorylation process takes place in
Q100: The duration of the creatine phosphate energy
Q121: Match each term with its description.
-end product
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