Answer question 7 Problem 5: Given the following laboratory data containing the disappearance of a chemical in water,do the data fit a zero-order, first- order, or second-order rate expression? Provide sufficientjustification for your answer, and report the correct rate constant in the correct units.Time, h0Concentration, mg/L 1000.561137214355.0 0.67Problem 6: The radioactive nuclide P32 has a half-life of 15.3 days. How long would a wastecontaining 10 mg/L of this nuclide have to be stored in order to reduce the concentration to 0.7mg/L? (1Problem 7: In a study it was found that 39 percent of the coliform organisms died within 9 h and67 percent died within 20 h. If the rate of die-off followed first-order kinetics and wereproportional to the number remaining, how long would it take to obtain 99.9 percent reduction incoliform organisms?

Problem 7: In a study it was found that 39 percent of the coliform organisms died within 9 h and 67 percent died within 20 h. If the rate of die-off followed first-order kinetics and were proportional to the number remaining, how long would it take to obtain 99.9 percent reduction in coliform organisms?

Problem 7: In a study it was found that 39 percent of the coliform organisms died within 9 h and 67 percent died within 20 h. If the rate of die-off followed first-order kinetics and were proportional to the number remaining, how long would it take to obtain 99.9 percent reduction in coliform organisms?

Sustainable Energy

2nd Edition

ISBN:9781337551663

Author:DUNLAP, Richard A.

Publisher:DUNLAP, Richard A.

Chapter5: Some Basic Nuclear Physics

Section: Chapter Questions

Problem 11P: The measured decay rates of a radioactive material as a function of time are shown in the table...

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