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° = -nFlnE°

ΔG° = nFE°

ΔG° = -nFE°

ΔG° = nFlnE°

ΔG° = -nFlnE°

ΔG° = nFE°

ΔG° = -nFE°

ΔG° = nFlnE°

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Microbial Metabolism
Nitrogen fixation is a process that requires

energy

both (a) and (b)

an anaerobic environment

an aerobic environment

energy

both (a) and (b)

an anaerobic environment

an aerobic environment

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Microbial Metabolism
The mechanism of passive or facilitated diffusion require

concentration of solute against an electrochemical gradient

accumulation of solute against an electrochemical gradient

accumulation or concentration of solute against an electrochemical gradient

metabolic energy

concentration of solute against an electrochemical gradient

accumulation of solute against an electrochemical gradient

accumulation or concentration of solute against an electrochemical gradient

metabolic energy

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Microbial Metabolism
Phosphate deregulated mutants are

highly sensitive to phosphate regulation

none of these

moderately sensitive to phosphate regulation

less sensitive to phosphate regulation

highly sensitive to phosphate regulation

none of these

moderately sensitive to phosphate regulation

less sensitive to phosphate regulation

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Microbial Metabolism
Digestive reactions where large molecules are broken down into smaller ones are referred as

biosynthesis

catabolism

anabolism

metabolism

biosynthesis

catabolism

anabolism

metabolism

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Microbial Metabolism
During the carboxylation phase of the Calvin cycle, CO2 combines with

oxaloacetic acid

ribulose 1,5 - bisphosphate

pyruvic acid

phosphoglyceraldehyde

oxaloacetic acid

ribulose 1,5 - bisphosphate

pyruvic acid

phosphoglyceraldehyde

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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 Nitrogen fixation is a process that requires

Microbial Metabolism The mechanism of passive or facilitated diffusion require

Microbial Metabolism Phosphate deregulated mutants are

Microbial Metabolism Digestive reactions where large molecules are broken down into smaller ones are referred as

Microbial Metabolism During the carboxylation phase of the Calvin cycle, CO2 combines with

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
Nitrogen fixation is a process that requires

Microbial Metabolism
The mechanism of passive or facilitated diffusion require

Microbial Metabolism
Phosphate deregulated mutants are

Microbial Metabolism
Digestive reactions where large molecules are broken down into smaller ones are referred as

Microbial Metabolism
During the carboxylation phase of the Calvin cycle, CO2 combines with