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18 Nov 2019
The liquid-phase irreversible reaction A rightarrow B + C is carried out in a constant volume batch reactor. the concentration of species A is recorded in the table as a function of the time. Pure A has a starting concentration of concentration of 20 mol/dm^3. Determine the reaction order and reaction rate constant (using concentration units of mol/dm^3, and a time unit of min). Provide your answer to one decimal place. Suggestion: You might try using the differential method + polynomial method. reaction order=0 reaction rate constant=0.1 reaction order=1 reaction rate constant=0.2 reaction order=2 reaction rate constant=0.1 reaction order=0 reaction rate constant=0.2
The liquid-phase irreversible reaction A rightarrow B + C is carried out in a constant volume batch reactor. the concentration of species A is recorded in the table as a function of the time. Pure A has a starting concentration of concentration of 20 mol/dm^3. Determine the reaction order and reaction rate constant (using concentration units of mol/dm^3, and a time unit of min). Provide your answer to one decimal place. Suggestion: You might try using the differential method + polynomial method. reaction order=0 reaction rate constant=0.1 reaction order=1 reaction rate constant=0.2 reaction order=2 reaction rate constant=0.1 reaction order=0 reaction rate constant=0.2
Keith LeannonLv2
30 Oct 2019