An electron transport chain possesses three complexes excluding ATP synthase. Is it eukaryotic or prokaryotic?

Compound A received an electron from Compound B. Compound A has been ________________. Compound A is the ________________ power.

Catabolic reactions ________________ substances.

What type of phosphorylation produces ATP in glycolysis?

What is phosphorylation?

NADPH is used in the central metabolic pathways.

A cofactor is ____________ while a coenzyme is _____________.

Of the following, which produces the most ATP?

A medication works by binding to the active site of an enzyme, this is considered ________________ inhibition.

How would we classify an organism that uses sulfur as it's terminal electron acceptor?

Oxidative phosphorylation occurs during respiration.

Allosteric inhibition is a form of competitive inhibition of enzymes.

TCA/Kreb's cycle produces four ATP per one glucose molecule.

How does the proton gradient function in the electron transport chain to make ATP?

1 NADH molecule generates how much ATP?

At which complex does FADH2 enter the electron transport chain?

Fermentation results in how much usable ATP generated?

Enzymes function by __________________________________.

Aerobic chemoorganotrophs produce more ATP than anaerobic chemoorganotrophs.

Protons are pumped from the inner-membrane space of mitochondria to the matrix in electron transport chain.

How many ATP will 10 FADH2 produce?

More ATP is generated in substrate-level phosphorylation than oxidative phosphorylation.

Advanced water treatment is the removal of _____________.

Primary water treatment is the removal of solid wastes.

Water in the Gulf of Mexico becomes ___________ from fertilizer run-off.

An organism that oxidizes methane into carbon dioxide and uses oxygen as it's TEA would be classified as:

An organism that oxidizes water, and utilizes CO2 as a carbon source would be classified as:

A facultative anaerobic chemoorganotrophic organism would use what as a terminal electron acceptor?

An organism that lives in aquatic mud would most likely be a(n):

An organism that reduces hydrogen is a(n):

We associate the term "reducing" with:

We associate the term "oxidation" with:

An organism that oxidizes nitrite is a(n):

An organism that reduces oxygen and oxidizes amino acids would be classified as a(n):

An organism that is most likely to possess a heterocyst would be:

An organism that oxidizes NH4 and reduces oxygen would be classified as:

An organism uses nitrite as it's TEA. How would we classify it?

Which step in the central metabolic pathways produces the most energy (including produced reducing power)?

How much ATP will 3 FADH2 yield?

______________ is the process of fermentation.

Of the following, which is required to produce one molecule of glucose (C6 sugar)?

Complex III is blocked in a prokaryotic electron transport chain, what is the result?

What is the theoretical ATP yield per one glucose molecule?

What is the theoretical ATP yield per one pyruvate molecule?

What is the theoretical ATP yield per one Acetyl-CoA molecule?

Photosystem II is non-cyclic.

Photosystem I is non-cyclic.

Photosystem II does not produce NADPH.

Photosystem I produces ATP.

Of the following, which is most likely to possess a heterocyst?

Methanogens are an example of a(n) ________________________________.

Mycobacterium tuberculosis is an example of a(n) ________________________.

Cyanobacteria are an example of a(n) ________________________.

What does it mean to be oxygenic?

Anaerobic chemolithotrophs oxidize _____________ and reduce _____________.

Aerobic chemolithotrophs oxidize ______________ and reduce ______________.

Oxygenic phototrophs oxidize ____________ and reduce ____________.

An organism oxidizes ammonium (NH4). What is it most likely to produce?

A catabolic reaction would be best described as:

An exergonic reaction would be best described as:

Allosteric inhibition requires enzymes to bind to the active site of an enzyme.

Humans use photophosphorylation when consuming plants/primary producers.

NAD+, FAD+, NADP+ are all _____________ forms of reducing power.

If complex IV is blocked in the ETC the result would be:

The complexes of the electron transport chain move hydrogen/protons across the mitochondrial matrix membrane via what transport mechanism?

What allows the electrons to flow through the electron transport chain?

What would happen if the molecule serving as the terminal electron acceptor was unavailable?

Classify an organism that oxidizes starch and reduces O2:

Classify an organism that reduces methane and oxidizes NH3:

Classify an organism that requires oxygen to use cellulose as an energy and carbon source

Classify an organism that oxidizes nitrate and reduces sulfur

Classify an organism that uses tryptophan as an energy and carbon source

Classify an organism that oxidizes sodium thiosulfate and reduces hydrogen gas