What is the most electropositive element? A) Li B) Be C) B ...

[asmith134]

What is the most electropositive element?
  A)
  Li
  B)
  Be
  C)
  B
  D)
  C
  E)
  N

Question 2

Instructions: Consider the reaction below to answer the following questions:
   
 
  Refer to instructions. Draw arrows on the structure below showing electron flow in this reaction.
   
 

Question 3

Instructions: Consider the reaction below to answer the following questions:
   
 
  Refer to instructions. This reaction is an example of:
   
  a.
  an aldol reaction
  b.
  a Claisen reaction
  c.
  a reverse Claisen reaction
  d.
  a reto aldol reaction

Question 4

What is the structure of the a-keto acid formed by transamination of the amino acid isoleucine?
   
 

Question 5

Instructions: Match a term or structure from the list below to each of the following definitions or names.
   
  a.
  electron-transport chain
  i.
  ATP
  b.
 
  j.
 
  c.
  citric acid cycle
  k.
  anabolism
  d.
  Embden-Meyerhoff
  l.
  acetyl CoA
  e.
  glycolysis
  m.
 
  f.
 
  n.
  metabolism
  g.
  Hans Krebs
  o.
 
  h.
  catabolism
   
 

 
• Coenzyme NAD⁺ required in the b-oxidation of fatty acids, glycolysis, and the citric acid cycle.

 

Question 6

Instructions: Match a term or structure from the list below to each of the following definitions or names.
   
  a.
  electron-transport chain
  i.
  ATP
  b.
 
  j.
 
  c.
  citric acid cycle
  k.
  anabolism
  d.
  Embden-Meyerhoff
  l.
  acetyl CoA
  e.
  glycolysis
  m.
 
  f.
 
  n.
  metabolism
  g.
  Hans Krebs
  o.
 
  h.
  catabolism
   
 

 
• Discoverer of the glycolysis pathway.

 

Question 7

Instructions: Match a term or structure from the list below to each of the following definitions or names.
   
  a.
  electron-transport chain
  i.
  ATP
  b.
 
  j.
 
  c.
  citric acid cycle
  k.
  anabolism
  d.
  Embden-Meyerhoff
  l.
  acetyl CoA
  e.
  glycolysis
  m.
 
  f.
 
  n.
  metabolism
  g.
  Hans Krebs
  o.
 
  h.
  catabolism
   
 

 
• The energy currency of the cell.

 

Question 8

Instructions: Match a term or structure from the list below to each of the following definitions or names.
   
  a.
  electron-transport chain
  i.
  ATP
  b.
 
  j.
 
  c.
  citric acid cycle
  k.
  anabolism
  d.
  Embden-Meyerhoff
  l.
  acetyl CoA
  e.
  glycolysis
  m.
 
  f.
 
  n.
  metabolism
  g.
  Hans Krebs
  o.
 
  h.
  catabolism
   
 

 
• Reactions that put smaller molecules together to synthesize larger biomolecules.

 

Question 9

Instructions: Match a term or structure from the list below to each of the following definitions or names.
   
  a.
  electron-transport chain
  i.
  ATP
  b.
 
  j.
 
  c.
  citric acid cycle
  k.
  anabolism
  d.
  Embden-Meyerhoff
  l.
  acetyl CoA
  e.
  glycolysis
  m.
 
  f.
 
  n.
  metabolism
  g.
  Hans Krebs
  o.
 
  h.
  catabolism
   
 

 
• The product of the citric acid cycle, which is a reactant in the first step.

 

Question 10

Instructions: Match a term or structure from the list below to each of the following definitions or names.
   
  a.
  electron-transport chain
  i.
  ATP
  b.
 
  j.
 
  c.
  citric acid cycle
  k.
  anabolism
  d.
  Embden-Meyerhoff
  l.
  acetyl CoA
  e.
  glycolysis
  m.
 
  f.
 
  n.
  metabolism
  g.
  Hans Krebs
  o.
 
  h.
  catabolism
   
 

 
• Pyridoxal phosphate, the cofactor in transaminations.

 

Question 11

Instructions: Match a term or structure from the list below to each of the following definitions or names.
   
  a.
  electron-transport chain
  i.
  ATP
  b.
 
  j.
 
  c.
  citric acid cycle
  k.
  anabolism
  d.
  Embden-Meyerhoff
  l.
  acetyl CoA
  e.
  glycolysis
  m.
 
  f.
 
  n.
  metabolism
  g.
  Hans Krebs
  o.
 
  h.
  catabolism
   
 

 
• Acetyl groups are oxidized to yield carbon dioxide and water.

 

Question 12

Instructions: Match a term or structure from the list below to each of the following definitions or names.
   
  a.
  electron-transport chain
  i.
  ATP
  b.
 
  j.
 
  c.
  citric acid cycle
  k.
  anabolism
  d.
  Embden-Meyerhoff
  l.
  acetyl CoA
  e.
  glycolysis
  m.
 
  f.
 
  n.
  metabolism
  g.
  Hans Krebs
  o.
 
  h.
  catabolism
   
  Pathways that break down larger biomolecules into smaller ones.

Question 13

Draw the product of the following reaction, which is involved in the catabolism of triacylglycerols.
   
 

Question 14

The source of oxygen for b-oxidation is:
  a.
  CO₂
  b.
  O₂
  c.
  Peroxide
  d.
  Water
  e.
  None of these is the source of oxygen for b-oxidation.

[at]

Answer to Question 1

a

Answer to Question 2



Answer to Question 3

d

Answer to Question 4



Answer to Question 5

b

Answer to Question 6

d

Answer to Question 7

i

Answer to Question 8

k

Answer to Question 9

o

Answer to Question 10

j

Answer to Question 11

c

Answer to Question 12

h

Answer to Question 13



Answer to Question 14

d

[asmith134]

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