Plant Structure Any system that is not at equilibrium is thermodynamically unstable, although it may be kinetically stable is rushing toward equilibrium at a very rapid rate requires an enzyme to reach equilibrium is kinetically unstable, although it may be thermodynamically stable is thermodynamically unstable, although it may be kinetically stable is rushing toward equilibrium at a very rapid rate requires an enzyme to reach equilibrium is kinetically unstable, although it may be thermodynamically stable ANSWER DOWNLOAD EXAMIANS APP
Plant Structure Tonoplast is a membrane around nucleus vacuole mitochondria cytoplasm nucleus vacuole mitochondria cytoplasm ANSWER DOWNLOAD EXAMIANS APP
Plant Structure The cell membrane is made up of phospholipids phosphoproteins cellulose lipoproteins phospholipids phosphoproteins cellulose lipoproteins ANSWER DOWNLOAD EXAMIANS APP
Plant Structure Which of the following statements about mitochondrial proteins is true? All mitochondrial proteins are coded for and synthesized in the mitochondria Mitochondrial proteins arise from other mitochondrial proteins All mitochondrial proteins are imported from the cytoplasm Some mitochondrial proteins are coded for and synthesized in the mitochondria and others All mitochondrial proteins are coded for and synthesized in the mitochondria Mitochondrial proteins arise from other mitochondrial proteins All mitochondrial proteins are imported from the cytoplasm Some mitochondrial proteins are coded for and synthesized in the mitochondria and others ANSWER DOWNLOAD EXAMIANS APP
Plant Structure Which cell type is likely to have the most mitochondria? Slow-twitch muscle Liver cells Fast-twitch muscle Adipose cells Slow-twitch muscle Liver cells Fast-twitch muscle Adipose cells 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? The rules governing oxidation and reduction apply only in vitro, and not in vivo None of these Redox potentials are defined under standard conditions, and cellular conditions are typically not standard conditions 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 None of these Redox potentials are defined under standard conditions, and cellular conditions are typically not standard conditions Electrons always go from reductants with high redox potentials to oxidants with low redox potentials ANSWER DOWNLOAD EXAMIANS APP
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