The relationship between an oxidation-reduction potential difference and the standard free energy change is (where n is the number of moles of electron transferred, F= Faraday's constant and E°= standard oxidation-reduction potential difference)

Microbial Metabolism
The relationship between an oxidation-reduction potential difference and the standard free energy change is (where n is the number of moles of electron transferred, F= Faraday's constant and E°= standard oxidation-reduction potential difference)

ΔG° = -nFE°

ΔG° = nFlnE°

ΔG° = -nFlnE°

ΔG° = nFE°

ΔG° = -nFE°

ΔG° = nFlnE°

ΔG° = -nFlnE°

ΔG° = nFE°

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Microbial Metabolism
Incorporation of atmospheric N2to NH4+ occurs via the process of

transamination

assimilatory nitrate reduction

nitrogen fixation

deamination

transamination

assimilatory nitrate reduction

nitrogen fixation

deamination

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Microbial Metabolism
The role of bacteriophyll in an oxygenic photosynthesis is to

transfer electrons to an intermediate in the sulfide oxidation pathway

reduce ferridoxin directly

use light energy to energize an electron

reduce NADP directly

transfer electrons to an intermediate in the sulfide oxidation pathway

reduce ferridoxin directly

use light energy to energize an electron

reduce NADP directly

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Microbial Metabolism
Bacteriochlorophyll differs from chlorophyll in what way?

They have different absorption spectra

There are chemical differences between the two chlorophyll in their side (R) groups

Both (b) and (c)

The chelated metal in bacteriochlorophyll is not Mg

They have different absorption spectra

There are chemical differences between the two chlorophyll in their side (R) groups

Both (b) and (c)

The chelated metal in bacteriochlorophyll is not Mg

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Microbial Metabolism
When acetate is the sole source of carbon for some microorganisms, the cycle which is used, is called

oxaloacetate pathway

glycolyic pathway

pentose phosphate pathway

glyoxylate pathway

oxaloacetate pathway

glycolyic pathway

pentose phosphate pathway

glyoxylate pathway

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Microbial Metabolism
Which of the following nucleoside diphosphates is used most often in carbohydrate anabolism?

Adenosine diphosphate

Guanine diphosphate

Uridine diphosphate

Thymine diphosphate

Adenosine diphosphate

Guanine diphosphate

Uridine diphosphate

Thymine diphosphate

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Microbial Metabolism

Microbial Metabolism The relationship between an oxidation-reduction potential difference and the standard free energy change is (where n is the number of moles of electron transferred, F= Faraday's constant and E°= standard oxidation-reduction potential difference)

Microbial Metabolism Incorporation of atmospheric N2to NH4+ occurs via the process of

Microbial Metabolism The role of bacteriophyll in an oxygenic photosynthesis is to

Microbial Metabolism Bacteriochlorophyll differs from chlorophyll in what way?

Microbial Metabolism When acetate is the sole source of carbon for some microorganisms, the cycle which is used, is called

Microbial Metabolism Which of the following nucleoside diphosphates is used most often in carbohydrate anabolism?

Microbial Metabolism
The relationship between an oxidation-reduction potential difference and the standard free energy change is (where n is the number of moles of electron transferred, F= Faraday's constant and E°= standard oxidation-reduction potential difference)

Microbial Metabolism
Incorporation of atmospheric N2to NH4+ occurs via the process of

Microbial Metabolism
The role of bacteriophyll in an oxygenic photosynthesis is to

Microbial Metabolism
Bacteriochlorophyll differs from chlorophyll in what way?

Microbial Metabolism
When acetate is the sole source of carbon for some microorganisms, the cycle which is used, is called

Microbial Metabolism
Which of the following nucleoside diphosphates is used most often in carbohydrate anabolism?