Consider a pseudo-first order rate constant for the degradation of MTBE in a fully mixed batch reactor that is equal of k' = 0.054min - 1 What will be the half life of MTBE in the reactor in units of minutes (min)? - will a reaction time of 1 minute be sufficient to get 50% removal of the MTBE?
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Consider a pseudo-first order rate constant for the degradation of MTBE in a fully mixed batch reactor that is equal of k' = 0.054min - 1 What will be the half life of MTBE in the reactor in units of minutes (min)?
- will a reaction time of 1 minute be sufficient to get 50% removal of the MTBE?
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- A woman is admitted to hospital after a drug overdose. The drug's half life is 7.2 hours. A toxic plasma concentration of 264 milligrams/ml is recorded. After 72 hours, what would you expect the plasma concentration in microg/ml of the drug to be? (You may assume that the distribution is complete and that the elimination is described by a first-order process.) Answer to 1 dp. microg/mlA viral sample was found to become inactive over time at 37 oC by a first order process in which the activity decreased by 2.0% per minute. Provide a value for k for this inactivation process.13-6b. For this process (again a first order kinetic process) what time would be required for the virus to become inactivated by 50%? Repeat for 75% inactivation of the virus.a.) A first-order reaction has a half-life of 25.3 s. How long does it take for the concentration of the reactant in the reaction to fall to one-eighth of its initial value? Express the time to three significant figures and include the appropriate units. and then part b is attached.. thank you, I hope someone can help me
