Chemistry, 05.07.2019 05:10 ariellllllllllllllll

Consider the reaction of glucose with phosphate to form glucose-6-phospate. when the concentration of glucose is 45.7 mm and the concentration of phosphate is 15.2 mm, the rate of the reaction is 8.65µm/minute. the rate law for this reaction is rate = k[glucose][phosphate]
calculate the rate constant for this reaction with units!
if this reaction is in zero order kinetics, how long would it take to produce 48.1 mmoles of glucose-6-phosphate from a starting concentration of 150.0 mm of each reactant. assume the rate constant is the same as in part a, only the units have changed to those of a zero order reaction.
if this reaction is in first order kinetics, how long would it take to produce 48.1 mmoles of glucose-6-phosphate from a starting concentration of 150.0 mm of each reactant. assume the rate constant is the same as in part a, only the units have changed to those of a first order reaction.
if this reaction is in second order kinetics, how long would it take to produce 48.1 mmoles of glucose-6-phosphate from a starting concentration of 150.0 mm of each reactant. assume the rate constant is the same as in part a, only the units have changed to those of a second order reaction

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Consider the reaction of glucose with phosphate to form glucose-6-phospate. when the concentration o...

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