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Question 2
3 / 3 pts
Question 3
3 / 3 pts
Question 4
3 / 3 pts
Question 5
3 / 3 pts
Question 6
3 / 3 pts
CHEM 210 Biochemistry Module 8 Exam Newest
Questions and Answers (Verified)
Question 1
3 / 3 pts True or False: The majority of reactions of the urea cycle occur in the cytosol. TRUE True or False: NADH yields 1.5 ATP molecules after donating electrons and hydrogen atoms to the electron transfer chain (ETC). FALSE True or False: GTP is invested in the urea cycle. FALSE True or False: There are six complexes associated with the ETC. FALSE True or False: In the production of ATP via ATP synthase, the H+ ions move from the mitochondrial matrix to the intermembrane space. FALSE
The urea cycle involves reactions (only those in the cyclic portion of the process). 1 2
E. Both B and C
Question 10
3 / 3 pts
Question 11
3 / 3 pts B. HIGH DENSITY OF NITROGEN ATOMS is both a component of the urea cycle and the citric acid cycle. Malate Acetyl-CoA Citrate Fumarate None of the above FUMARATE Deamination of an amino acid results in a carbon skeleton and in the production of . A. NH 2
Question 12
3 / 3 pts
Question 13
3 / 3 pts
C. NO 2
D. NH 3
E. NH4+
E. NH4+
The following chemical species is. Ammonium Fumarate Arginine Argininosuccinat e Urea UREA FADH 2 donates electrons and H+ to complex.
I
I
I
Question 17
3 / 3 pts CoQ In what portion of the mitochondrion does the CAC take place? Matrix Intermembrane space
Question 18
3 / 3 pts
Question 19
3 / 3 pts Inner membrane Outer membrane Both B and C MATRIX At which complex does the following reaction take place? O 2 + 4e- + 4H+ โ โ 2H 2 O Complex I Complex II Complex III Complex IV Both A and B COMPLEX IV During the electron transport chain, protons are pumped from in the mitochondria. From the intermembrane space to the cytosol From the intermembrane space to
Question 20
3 / 3 pts
Question 21
3 / 3 pts FROM THE MATRIX TO THE INTERMEMBRANE SPACE Energy released is utilized for the synthesis of ATP. As protons flow through ATP synthase and back into the mitochondrial matrix In the digestion of proteins In the degradation of carbohydrates In the formation of ATP None of the above AS PROTONS FLOW THROUGH ATP SYNTHASE AND BACK INTO THE MITOCHONDRIAL MATRIX The H+ ions flow through what part of the ATP synthase? A. FO B. F 1 C. F 2 D. Stator E. Both A and C A. FO
Question 22
3 / 3 pts An individual with the MERRF disease, tend to have symptoms of.
D. ROTATION OF ATP SYNTHASE
Question 26
4 / 5 pts
Question 25
3 / 3 pts Which of the following is not a part of ATP synthase? A. F B. FO C. F 1 D. F 2 E. Both A and D E.BOTH AND D (Fill in the blanks) Use the word bank to fill in the following blanks. In the word bank, each word or words is separated by semicolons. Words can be used more than once, and not all words will be used. Word bank : ADP and Pi; ATP; GTP; oxidative; reductive; citric acid cycle; electron transport chain; three; eight; ten The (A) produces NADH and FADH 2 which can then be used to produce (B).
Question 27
7 / 10 pts
Question 28
10 / 10 pts A) citric acid cycle B) ATP C) ATP D) ADP and Pi E) electron transport chain According to the chemiosmotic theory, how is the ETC connected to ATP production? Explain in at least four complete sentences. The chemical reactions of the ETC provide energy to pump H+ ions from the mitochondrial matrix into the intermembrane space. The reactions also provide electrons and H+ to convert oxygen into water. The net result is that the H+ gradients permit a flow H+ to rotation ATP synthase, producing ATP. nt is formed more clearly (be specific that the ETC transport creates a gradient). Consider the importance of the mitochondria in energy production. A. What structural features of mitochondria support ATP formation?
And
