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Will’s 2
nd
Pre-Test
- Where does glycolysis occur in the cell?
a) The cell membrane b) The Nucleus c) The cytoplasm d) The mitochondria
- What is produced in Glycolysis in the absence of Oxygen?
a) Pyruvate b) Lactate c) Glucose d) Protein
- In a cell, most of the FADH 2 production occurs ___________.
a) on the surface of a ribosome. b) inside the nucleus. c) in the matrix of a mitochondrion. d) between the double membranes of a mitochondrion e) in the cytoplasm
- At the end of the electron transport chain, the electrons __________.
a) are transferred back to NAD+ to make NADH. b) are transferred back to FAD to make FADH 2. c) combine with protons and oxygen to make water. d) combine with carbon and oxygen to make CO 2. e) both A and B are correct.
- During the Krebs Cycle, Pyruvate is ___________ to acetyl CoA.
a) reduced b) oxidized c) eliminated d) transferred
- _____________ is the main process of producing ATP in glycolysis.
a) Substrate-level Phosphorylation
b) Enzymatic-reduction of Pyruvate
c) Reduction of Glucose
d) Oxidative Phosphorylation
- __________ are the portion of a gene sequence that hold the important information for coding genes.
a) GC base pairs
b) AT base pairs
c) GT base pairs
d) CA base pairs
- All of the following processes occur within mitochondria except:
a) the splitting of glucose
b) the formation of citric acid
c) the catabolism of citric acid to produce NADH, CO 2 , AND H+
d) the transfer of electrons form NADH to the electron transport chain
e) the reduction of oxygen to form water.
- ______ nucleotide base(s) comprise a single codon, which codes for ___ amino acid.
a) 1; 4
b) 2; 3
c) 3; 1
d) 3; 2
- _____________ serves as the code for protein synthesis.
a) DNA
b) RNA
c) ribosomes
d) mitochondrion
- The double helix of DNA supported by hydrogen bonds between the __________.
a) sugar phosphate
b) nitrogenous bases
c) carboxyl bases
d) water
- Ketoacidosis generally occurs in ____________ by the formation of _____________.
a) Type II Diabetes; ketone bodies
b) Type I Diabetes; amides
c) Type I Diabetes; ketone bodies
d) Type I Diabetes; hydroxyl groups.
- ____________ is your last resort for energy.
a) glucose
b) fats
c) proteins
d) water
- Dangers of Ketoacidosis include all of the following EXCEPT:
a) Blood pH rises
b) Fruity smell of breath
c) diabetic coma
d) death
- Transcribing mRNA from DNA requires ____________.
a) DNA poymerase
b) RNA polymerase
c) DNA helicase
d) protein kinase
d) tRNA
- During cellular respiration, energy is transferred to NAD+ and FAD in the form of _________.
a) protons
b) electrons
c) heat
d) ATP
e) neutrons
- During the synthesis of proteins, ribosomes _____________.
a) open DNA so it can be transcribed
b) transcribe a sequence of mRNA
c) translate a sequence of mRNA into a protein
d) transport a particular amino acid during translation
e) help proteins to fold after they are made.
- In protein metabolism, most of the protein is converted into
a) acetyl CoA
b) acid
c) uracil
d) glucose
- Which of the following can be used as a source of energy?
a) carbohydrates
b) fats
c) proteins
d) all of the above
- ATP makes which one of the following processes possible?
a) muscular contraction
b) active transport
c) homeostasis
d) all of the above
- Transcribe the following DNA sequence into mRNA:
GGTATGCCCTACGCC
A. GGTATGCCCTACGCC
B. CCATACGGGATGCGG
C. CCAUACGGGAUGCGG
D. TTCCGCTTTGCGAATC
- NAD+ and FAD are __________&_____________.
a) coenzymes; carbohydrates
b) coenzymes; temporary energy carriers
c) substrates; carbohydrates
d) substrates; temporary energy carriers
Glycolysis
- Occurs in the cytoplasm
- Does not require Oxygen
- Produces 2 pyruvate, 2 net ATP (4 total), and NADH
Krebs Cycle
- Occurs in the Matrix of the Mitochondria
- Requires Oxygen
- Produces 2 ATP, a whole buch on NADH & FADH 2 , and CO 2
Electron Transport Chain
- Occurs in the inner membrane of mitochondria
- Requires Oxygen
- Produces 34 ATP along with metabolic water
