Plant Structure Mitochondria can be expected most numerous in red blood cells green cells none of these muscle cells red blood cells green cells none of these muscle cells ANSWER DOWNLOAD EXAMIANS APP
Plant Structure What is the source of free energy (ΔG) for moving protons out of mitochondria against their concentration and electrical gradients? The redox reactions of electron transport Glycolysis Creatine phosphate ATP The redox reactions of electron transport Glycolysis Creatine phosphate ATP ANSWER DOWNLOAD EXAMIANS APP
Plant Structure "The universe tends towards maximum disorder" is stated by first law of thermodynamics second law of thermodynamics third law of thermodynamics None of these first law of thermodynamics second law of thermodynamics third law of thermodynamics None of these ANSWER DOWNLOAD EXAMIANS APP
Plant Structure Which of the following is not an electron carrier class in the electron transport chain? Cytochromes Iron - sulfur proteins Flavoproteins Cytochrome c oxidase Cytochromes Iron - sulfur proteins Flavoproteins Cytochrome c oxidase ANSWER DOWNLOAD EXAMIANS APP
Plant Structure Cellular metabolism is an example of equilibrium metabolism a series of reactions occurring under standard conditions steady-state metabolism a series of reactions that defy the second law of thermodynamics equilibrium metabolism a series of reactions occurring under standard conditions steady-state metabolism a series of reactions that defy the second law of thermodynamics ANSWER DOWNLOAD EXAMIANS APP
Plant Structure Why do some redox reactions in cells result in the transfer of electrons from a reductant with a higher standard redox potential to an oxidant with a lower standard redox potential? Redox potentials are defined under standard conditions, and cellular conditions are typically not standard conditions None of these Electrons always go from reductants with high redox potentials to oxidants with low redox potentials The rules governing oxidation and reduction apply only in vitro, and not in vivo Redox potentials are defined under standard conditions, and cellular conditions are typically not standard conditions None of these Electrons always go from reductants with high redox potentials to oxidants with low redox potentials The rules governing oxidation and reduction apply only in vitro, and not in vivo ANSWER DOWNLOAD EXAMIANS APP
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