6/7/2021 Another practice Final exam (not part of your grade): BIS 103 001 SQ 2021
Another practice Final exam (not part of your grade)
Due No due date Points 72 Questions 36
Available May 24 at 12am - Jun 10 at 11:59pm 18 days Time Limit 80 Minutes
Allowed Attempts 10
Instructions
These are the instructions for this exam when it was given. You can use this as practice:
Pick the single best answer for each question. There are 36 questions and they are all multiple choice.
You have 90 minutes (unless you have accommodations) once you begin the exam. Begin your exam
at 8AM. Starting later than 8:10AM will result in disqualification of your exam.
You will only see one question at a time but can go back to questions if so desired. I will be moderating
this exam through Canvas (where I can see detailed activity logs).
The exam is open book/notes but do not contact others for help (which includes posting to websites like
Chegg). Do not "collaborate" with others and data in the activity log that indicates this will be forwarded
to student judicial affairs.
If you have any questions, please come to the Live Room (under Media Gallery) any time during the
exam and I will be there.
Your score will be available after all students have finished taking their exams and your graded exam
with key will be made available after that.
Good luck, you got this!
Take the Quiz Again
Attempt History
Attempt Time Score
LATEST Attempt 1 less than 1 minute 0 out of 72
Submitted Jun 7 at 10:07am
https://canvas.ucdavis.edu/courses/571533/quizzes/121975 1/24
,6/7/2021 Another practice Final exam (not part of your grade): BIS 103 001 SQ 2021
Unanswered
Question 1 pts
Entry of acetyl CoA into the TCA cycle is decreased when
orrect Answer A) the ratio of [ATP]/[ADP] is high
B) the ratio of [NAD+]/[NADH] is high
C) [AMP] is high
D) [citrate] is low
E) [NH4+] is high
Unanswered
Question 2 pts
Which of the following correctly pairs the enzyme with the type of reaction
it catalyzes in amino acid/nitrogen metabolism?
A) phosphoglycerate dehydrogenase: transamination
B) aspartate aminotransferase: hydrolysis
C) nitrate reductase: isomerization
orrect Answer
D) branched chain alpha keto acid dehydrogenase complex: oxidative
decarboxylation
E) phosphoserine phosphatase: oxidation/reduction
https://canvas.ucdavis.edu/courses/571533/quizzes/121975 2/24
, 6/7/2021 Another practice Final exam (not part of your grade): BIS 103 001 SQ 2021
Unanswered
Question 3 pts
After the ARC re-opens, you get so excited to work out, you go in there
and immediately pick up the heaviest thing you can find and lift it over
your head five times. Which molecule below is most likely to provide the
extra ATP you suddenly need?
A) ketone bodies
orrect Answer
B) phosphocreatine
C) triglycerides
D) fatty acids
E) protein
Unanswered
Question 4 pts
Which of the following statements about oxidative phosphorylation in the
mitochondria is FALSE?
A) The majority of ATP made in the cell is made by oxidative
phosphorylation.
B) Reduction of molecular oxygen contributes to a proton gradient across
the mitochondrial inner membrane.
https://canvas.ucdavis.edu/courses/571533/quizzes/121975 3/24
Another practice Final exam (not part of your grade)
Due No due date Points 72 Questions 36
Available May 24 at 12am - Jun 10 at 11:59pm 18 days Time Limit 80 Minutes
Allowed Attempts 10
Instructions
These are the instructions for this exam when it was given. You can use this as practice:
Pick the single best answer for each question. There are 36 questions and they are all multiple choice.
You have 90 minutes (unless you have accommodations) once you begin the exam. Begin your exam
at 8AM. Starting later than 8:10AM will result in disqualification of your exam.
You will only see one question at a time but can go back to questions if so desired. I will be moderating
this exam through Canvas (where I can see detailed activity logs).
The exam is open book/notes but do not contact others for help (which includes posting to websites like
Chegg). Do not "collaborate" with others and data in the activity log that indicates this will be forwarded
to student judicial affairs.
If you have any questions, please come to the Live Room (under Media Gallery) any time during the
exam and I will be there.
Your score will be available after all students have finished taking their exams and your graded exam
with key will be made available after that.
Good luck, you got this!
Take the Quiz Again
Attempt History
Attempt Time Score
LATEST Attempt 1 less than 1 minute 0 out of 72
Submitted Jun 7 at 10:07am
https://canvas.ucdavis.edu/courses/571533/quizzes/121975 1/24
,6/7/2021 Another practice Final exam (not part of your grade): BIS 103 001 SQ 2021
Unanswered
Question 1 pts
Entry of acetyl CoA into the TCA cycle is decreased when
orrect Answer A) the ratio of [ATP]/[ADP] is high
B) the ratio of [NAD+]/[NADH] is high
C) [AMP] is high
D) [citrate] is low
E) [NH4+] is high
Unanswered
Question 2 pts
Which of the following correctly pairs the enzyme with the type of reaction
it catalyzes in amino acid/nitrogen metabolism?
A) phosphoglycerate dehydrogenase: transamination
B) aspartate aminotransferase: hydrolysis
C) nitrate reductase: isomerization
orrect Answer
D) branched chain alpha keto acid dehydrogenase complex: oxidative
decarboxylation
E) phosphoserine phosphatase: oxidation/reduction
https://canvas.ucdavis.edu/courses/571533/quizzes/121975 2/24
, 6/7/2021 Another practice Final exam (not part of your grade): BIS 103 001 SQ 2021
Unanswered
Question 3 pts
After the ARC re-opens, you get so excited to work out, you go in there
and immediately pick up the heaviest thing you can find and lift it over
your head five times. Which molecule below is most likely to provide the
extra ATP you suddenly need?
A) ketone bodies
orrect Answer
B) phosphocreatine
C) triglycerides
D) fatty acids
E) protein
Unanswered
Question 4 pts
Which of the following statements about oxidative phosphorylation in the
mitochondria is FALSE?
A) The majority of ATP made in the cell is made by oxidative
phosphorylation.
B) Reduction of molecular oxygen contributes to a proton gradient across
the mitochondrial inner membrane.
https://canvas.ucdavis.edu/courses/571533/quizzes/121975 3/24
