Test Bank for Lehninger Principles of Biochemistry 7th
| | | | | | |
Edition by Nelson (complete,
| | | |
| questions/answers/rationales) | Lehninger Principles of | | | |
Biochemistry 7th Edition Nelson Test Bank
| | | | | |
TEST BANKdennys
FOR | |
written by |
LEHNINGERPRINCIPLES
| |
OF BIOCHEMISTRY 7TH
| | |
EDITION BY NELSON /
| | | |
COMPLETE CHAPTERS
| |
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Lehninger Principles of Biochemistry 7th Edition
| | | | |
Nelson Test Bank
| | |
Table |Of |Contents
Table |of |Contents 1. |The |Foundations |of |Biochemistry |2. |Water |3. |Amino |Acids, |Peptides,
|and |Proteins |4. |The |Three-Dimensional |Structure |of |Proteins |5. |Protein |Function |6. |Enzymes |7.
Carbohydrates |and |Glycobiology |8. |Nucleotides |and |Nucleic |Acids |9. |DNA-Based |Information
|Technologies |10. |Lipids |11. |Biological |Membranes |and |Transport |12. |Biosignaling |13. |Bioenergetics
|and |Biochemical |Reaction |Types |14. |Glycolysis, |Gluconeogenesis, |and |the |Pentose |Phosphate
|Pathway |15. |Principles |of |Metabolic |Regulation |16. |The |Citric |Acid |Cycle |17. |Fatty |Acid |Catabolism
|18. |Amino |Acid |Oxidation |and |the |Production |of |Urea |19. |Oxidative |Phosphorylation |and
|Photophosphorylation |Oxidative |Phosphorylation |20. |Carbohydrate |Biosynthesis |in |Plants |and
|Bacteria |21. |Lipid |Biosynthesis
22. |Biosynthesis |of |Amino |Acids, |Nucleotides, |and |Related |Molecules |23. |Hormonal |Regulation
|and |Integration |of |Mammalian |Metabolism |24. |Genes |and |Chromosomes |25. |DNA |Metabolism
|26. |RNA |Metabolism |27. |Protein |Metabolism |28. |Regulation |of |Gene |Expression
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1. In |a |bacterial |cell, |the |DNA | is |in |the:
A) cell |envelope.
B) cell |membrane.
C) nucleoid.
D) nucleus.
E) ribosomes.
2. A |major |change |occurring |in |the |evolution |of |eukaryotes |from |prokaryotes |was |the
|development |of:
A) DNA.
B) photosynthetic |capability.
C) plasma |membranes.
D) ribosomes.
E) the |nucleus.
3. In |eukaryotes, |the |nucleus |is |enclosed |by |a |double |membrane |called |the:
A) cell |membrane.
B) nuclear |envelope.
C) nucleolus.
D) nucleoplasm.
E) nucleosome.
4. The |dimensions |of |living |cells |are |limited, |on |the |lower |end |by |the |minimum |number |of
|biomolecules |necessary |for |function, |and |on |the |upper |end |by |the |rate |of |diffusion |of
|solutes |such |as |oxygen. |Except |for |highly |elongated |cells, |they |usually |have |lengths |and
|diameters |in |the |range |of:
A) 0.1 |m |to |10 |m.
B) 0.3 |m |to |30 |m.
C) 0.3 |m |to |100 |m.
D) 1 |m |to |100 |m.
E) 1 |m |to |300 |m.
5. Which |group |of |single-celled |microorganisms |has |many |members |found |growing |in
|extreme |environments?
A) bacteria
B) archaea
C) eukaryotes
D) heterotrophs
E) None |of |the |answers |is |correct.
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|Material
6. The |bacterium |E. |coli |requires |simple |organic |molecules |for |growth |and |energy—it |is
|therefore |a:
A) chemoautotroph.
B) chemoheterotroph.
C) lithotroph.
D) photoautotroph.
E) photoheterotroph.
7. Which |is |a |list |of |organelles?
A) mitochondria, |chromatin, |endoplasmic |reticulum
B) peroxisomes, |lysosomes, |plasma |membrane
C) proteasomes, |peroxisomes, |lysosomes
D) mitochondria, |endoplasmic |reticulum, |peroxisomes
E) All |of |the |answers |are |correct.
8. Which |list |has |the |cellular |components |arranged |in |order |of |INCREASING |size?
A) amino |acid |< |protein |< |mitochondrion |< |ribosome
B) amino |acid |< |protein |< |ribosome |< |mitochondrion
C) amino |acid |< |ribosome |< |protein |< |mitochondrion
D) protein |< |amino |acid |< |mitochondrion |< |ribosome
E) protein |< |ribosome |< |mitochondrion |< |amino |acid
9. The |three-dimensional |structure |of |macromolecules |is |formed |and |maintained |primarily
|through |noncovalent |interactions. | Which |one |of |the |following |is |NOT |considered |a
|noncovalent |interaction?
A) carbon-carbon |bonds
B) hydrogen |bonds
C) hydrophobic |interactions
D) ionic |interactions
E) van |der |Waals |interactions
10. Which |element |is |NOT |among |the |four |most |abundant |in |living |organisms?
A) carbon
B) hydrogen
C) nitrogen
D) oxygen
E) phosphorus
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| | | | | | |
Edition by Nelson (complete,
| | | |
| questions/answers/rationales) | Lehninger Principles of | | | |
Biochemistry 7th Edition Nelson Test Bank
| | | | | |
TEST BANKdennys
FOR | |
written by |
LEHNINGERPRINCIPLES
| |
OF BIOCHEMISTRY 7TH
| | |
EDITION BY NELSON /
| | | |
COMPLETE CHAPTERS
| |
www.stuvia.com
Downloaded |by: |dennys || |
|Distribution |of |this |document |is |illegal
, Stuvia.com |- |The |Marketplace |to |Buy |and |Sell |your |Study
|Material
Lehninger Principles of Biochemistry 7th Edition
| | | | |
Nelson Test Bank
| | |
Table |Of |Contents
Table |of |Contents 1. |The |Foundations |of |Biochemistry |2. |Water |3. |Amino |Acids, |Peptides,
|and |Proteins |4. |The |Three-Dimensional |Structure |of |Proteins |5. |Protein |Function |6. |Enzymes |7.
Carbohydrates |and |Glycobiology |8. |Nucleotides |and |Nucleic |Acids |9. |DNA-Based |Information
|Technologies |10. |Lipids |11. |Biological |Membranes |and |Transport |12. |Biosignaling |13. |Bioenergetics
|and |Biochemical |Reaction |Types |14. |Glycolysis, |Gluconeogenesis, |and |the |Pentose |Phosphate
|Pathway |15. |Principles |of |Metabolic |Regulation |16. |The |Citric |Acid |Cycle |17. |Fatty |Acid |Catabolism
|18. |Amino |Acid |Oxidation |and |the |Production |of |Urea |19. |Oxidative |Phosphorylation |and
|Photophosphorylation |Oxidative |Phosphorylation |20. |Carbohydrate |Biosynthesis |in |Plants |and
|Bacteria |21. |Lipid |Biosynthesis
22. |Biosynthesis |of |Amino |Acids, |Nucleotides, |and |Related |Molecules |23. |Hormonal |Regulation
|and |Integration |of |Mammalian |Metabolism |24. |Genes |and |Chromosomes |25. |DNA |Metabolism
|26. |RNA |Metabolism |27. |Protein |Metabolism |28. |Regulation |of |Gene |Expression
Downloaded |by: |dennys || |
Distribution |of |this |document |is |illegal
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|Material
1. In |a |bacterial |cell, |the |DNA | is |in |the:
A) cell |envelope.
B) cell |membrane.
C) nucleoid.
D) nucleus.
E) ribosomes.
2. A |major |change |occurring |in |the |evolution |of |eukaryotes |from |prokaryotes |was |the
|development |of:
A) DNA.
B) photosynthetic |capability.
C) plasma |membranes.
D) ribosomes.
E) the |nucleus.
3. In |eukaryotes, |the |nucleus |is |enclosed |by |a |double |membrane |called |the:
A) cell |membrane.
B) nuclear |envelope.
C) nucleolus.
D) nucleoplasm.
E) nucleosome.
4. The |dimensions |of |living |cells |are |limited, |on |the |lower |end |by |the |minimum |number |of
|biomolecules |necessary |for |function, |and |on |the |upper |end |by |the |rate |of |diffusion |of
|solutes |such |as |oxygen. |Except |for |highly |elongated |cells, |they |usually |have |lengths |and
|diameters |in |the |range |of:
A) 0.1 |m |to |10 |m.
B) 0.3 |m |to |30 |m.
C) 0.3 |m |to |100 |m.
D) 1 |m |to |100 |m.
E) 1 |m |to |300 |m.
5. Which |group |of |single-celled |microorganisms |has |many |members |found |growing |in
|extreme |environments?
A) bacteria
B) archaea
C) eukaryotes
D) heterotrophs
E) None |of |the |answers |is |correct.
Page |1
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Distribution |of |this |document |is |illegal
, Stuvia.com |- |The |Marketplace |to |Buy |and |Sell |your |Study
|Material
6. The |bacterium |E. |coli |requires |simple |organic |molecules |for |growth |and |energy—it |is
|therefore |a:
A) chemoautotroph.
B) chemoheterotroph.
C) lithotroph.
D) photoautotroph.
E) photoheterotroph.
7. Which |is |a |list |of |organelles?
A) mitochondria, |chromatin, |endoplasmic |reticulum
B) peroxisomes, |lysosomes, |plasma |membrane
C) proteasomes, |peroxisomes, |lysosomes
D) mitochondria, |endoplasmic |reticulum, |peroxisomes
E) All |of |the |answers |are |correct.
8. Which |list |has |the |cellular |components |arranged |in |order |of |INCREASING |size?
A) amino |acid |< |protein |< |mitochondrion |< |ribosome
B) amino |acid |< |protein |< |ribosome |< |mitochondrion
C) amino |acid |< |ribosome |< |protein |< |mitochondrion
D) protein |< |amino |acid |< |mitochondrion |< |ribosome
E) protein |< |ribosome |< |mitochondrion |< |amino |acid
9. The |three-dimensional |structure |of |macromolecules |is |formed |and |maintained |primarily
|through |noncovalent |interactions. | Which |one |of |the |following |is |NOT |considered |a
|noncovalent |interaction?
A) carbon-carbon |bonds
B) hydrogen |bonds
C) hydrophobic |interactions
D) ionic |interactions
E) van |der |Waals |interactions
10. Which |element |is |NOT |among |the |four |most |abundant |in |living |organisms?
A) carbon
B) hydrogen
C) nitrogen
D) oxygen
E) phosphorus
Page |2
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