Consider the nonenzymatic elementary reaction A + B â†’ C. When the concentrations of A and...

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Chemistry

Consider the nonenzymatic elementary reaction A + B â†’ C. Whenthe concentrations of A and B are each 25.0 mM, the reactionvelocity is measured as 4.11 ÂµM C produced per minute.
Calculate the rate constant for this reaction with units!.
What is the molecularity of the above reaction?
If this reaction is in zero order kinetics how long would ittake to produce 2.25 x 10^-3 moles of C from a startingconcentration of reactants A and B of 100.0 mL of a 125 mM solutionof each present?Â Â Assume the rate constant determinedabove is the same rate constant at zero order kinetics, just unitsare changed on the rate constant to those for a zero orderreaction.
If the reaction was in first order kinetics instead of zeroorder kinetics, how long would it take to produce 2.25 x10^-3 moles of C from a starting concentration of 125 mMof each reactant and 100.0 mL volume? Assume the rate constantdetermined above in a, is the same rate constant at first orderkinetics, just units are changed to reflect a first order rateconstant.

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Consider the nonenzymatic elementary reaction A B C When the concentrations of A and B are each 250 mM the reaction velocity is measured as 411 M C produced per See Answer

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