Chemical bond energy: Is the energy used by photosynthesis for the fixation of carbon Is generated as usable energy for the cell Is generated by processes in the chloroplast and mitochondria All of the above

The light-sensitive, non-protein component of the photosynthetic reaction center (from the purple eubacterium Rhodopseudomonas viridis) is called: cytochrome c bacteriochlorophyll vitamin A bacteriorhodopsin retinal

Which of the following regarding the Electron Transport Chain is INCORRECT? It can accept electrons from the Glycerol 3-Phosphate Shuttle It sets up the proton motive force Free energy from the exergonic electron flow is coupled to the endergonic transport of protons out of the matrix Electrons flow through electron acceptors/donors from a high reduction potential to a lower reduction potential

The purpose of ATP and compounds similar to ATP is to be available to catalyze the combustion of glucose serve as template for molecular replication oxidize chlorophyll store energy in P-O bonds

Function of proteins in the ETC (electron transport chain)?   energy of proteins used to pump electrons (in the form of O2) outside of the inner membrane into the inner membrane space   energy of proteins used to pump protons (in the form of H ions) outside of the inner membrane into the inner membrane space   energy of proteins used to pump protons (in the form of H ions) inside of the inner membrane into the outside of inner membrane space   energy of proteins used to pump electrons (in the form of H ions) outside of the inner membrane into the inner membrane space

In the Krebs cycle, the energy released by taking a compound off Coenzyme A is used to: Group of answer choices isomerize citrate decarboxylate isocitrate oxidize carbon make a new carbon-carbon bond. reduce carbon

Glycolysis is: (Choose all that are correct.) a process only done in eukaryotic cells a process that begins the breakdown of glucose a process that produces 4 ATP a process that occurs in the cytoplasm

ALL biosynthetic reactions require which of the following metabolites(s)? NADPH Glucose 6-P High energy bonds (e.g. ATP, UTP, GTP) A and B B and C

Chemicals such as cyanide and carbon monoxide can be deadly. This is because they directly inhibit: Components of the Electron Transport Chain ATP Synthase Uncoupling Protein I the Citric Acid Cycle None of the above

The above atmospheric gas or fluid does not contribute any of its atoms to which of the following product molecules (during growth of green plants using photosynthesis, like the willow tree)? diatomic oxygen gas C6H12O6 O2 glucose carbon dioxide gas