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MCB 4403 Exam 3 questions and answers A+ rated $19.99
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MCB 4403 Exam 3 questions and answers A+ rated

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  • MCB 4403
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  • MCB 4403

MCB 4403 Exam 3 questions and answers A+ rated

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  • March 9, 2025
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  • 2024/2025
  • Exam (elaborations)
  • Questions & answers
  • MCB 4403
  • MCB 4403
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MCB 4403 Exam 3 questions and
answers A+ rated

photoautotroph - correct answer ✔✔Energy source: light

Carbon source: CO2

Ex: Oxygenic: Cyanobacteria, plants.

Anoxygenic: Green, purple bacteria.



photoheterotroph - correct answer ✔✔Energy source: light

Carbon source: organic compounds

Ex: Green, purple no sulfur bacteria.



chemoautotroph - correct answer ✔✔Energy source: Chemicals

Carbon source: CO2

Ex: Iron-oxidizing bacteria.



chemoheterotroph - correct answer ✔✔Energy source: chemical

Carbon source: organic compounds

Ex: Fermentative bacteria.

Animals, protozoa, fungi, bacteria.



metabolism - correct answer ✔✔the sum of the chemical reactions in an organism



catabolism - correct answer ✔✔-the energy-using processes

-breaking down molecules for energy

,-provides the building blocks and energy for anabolism



anabolism - correct answer ✔✔-the energy-using processes

-using energy yo build cell components



ribose, adenine, and 3 phosphate groups - correct answer ✔✔what is ATP made of?



oxidation - correct answer ✔✔removal of electrons



reduction - correct answer ✔✔gain of electrons



redox reaction - correct answer ✔✔an oxidation reaction paired with a reduction reaction



they are often dehydrogenations - correct answer ✔✔how are biological oxidations usually?



phosphorylation - correct answer ✔✔how is ATP made from ADP?



oxidative phosphorylation - correct answer ✔✔energy released from transfer of electrons
(oxidation) of one compound to another (reduction) is used to generate ATP in the electron
transport chain



photophosphorylation - correct answer ✔✔light causes chlorophyll to give up electrons. energy
released from transfer of electrons (oxidation) of chlorophyll through a system of carrier
molecules is used to generate ATP



Gibbs free ENERGY - correct answer ✔✔DeltaG = DeltaH -TDeltaS

,H=change in enthalpy (release of heat)

S=change of entropy



biological catalyst - correct answer ✔✔specific for a chemical reaction; not used up in that
reaction



apoenzyme - correct answer ✔✔protein



cofactor - correct answer ✔✔nonprotein component



holoenzyme - correct answer ✔✔apoenzyme plus cofactor



coenzyme - correct answer ✔✔organic cofactor



NAD+ - correct answer ✔✔Nicotinamide adenine dinucleotide



NADP+ - correct answer ✔✔Nicotinamide adenine dinucleotide phosphate



FAD - correct answer ✔✔Flavin adenine dinucleoide



metabolic pathway - correct answer ✔✔a sequence of enzymatically catalyzed chemical
reactions in a cell

-determined by enzymes

-are regulated



enzymes - correct answer ✔✔proteins which are encoded by genes

, carbohydrate catabolism - correct answer ✔✔-the breakdown of carbohydrates to release
energy

- glycolysis



glycolysis - correct answer ✔✔the oxidation of glucose to pyruvic acid produes ATP and NADH



preparatory stage - correct answer ✔✔-2 ATPs are used

-glucose is split to form 2 glucose-3-phosphate



energy-conserving stage - correct answer ✔✔-2 glucose-3-phosphate oxidized to 2 pyruvic acid

-4 ATP produced

-2 NADH produced



electron transport chain-Chemiosmosis - correct answer ✔✔-a series of carrier molecules that
are, in turn, oxidized and reduced as electrons are passed down the chain

-energy released can be used to produce ATP by chemiosmosis

-it's located on the cytoplasmic membrane in prokaryotes and mitochondrial inner membrane
in eukaryotes



inner cytoplasmic membrane of bacteria and archaea? - correct answer ✔✔where does
electron transport occur in bacteria and archaea?



inner membrane of mitochondria and chloroplasts - correct answer ✔✔where does electron
transport occur in mitochondria and chloroplasts?



aerobic respiration - correct answer ✔✔in this respiration the the final electron acceptor in the
electron transport chain is molecular oxygen (O2)

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