Consider a first order decomposition process \[{{A}_{3}}\to \frac{3}{2}{{A}_{2}}\] A plot of concentration of \[{{A}_{3}}\] and \[{{A}_{2}}\] versus time is shown below. At time \[{{t}_{A}}\] percentage of reactant decomposed is

Consider a first order decomposition process \[{{A}_{3}}\to \frac{3}{2

1.	Consider a first order decomposition process \[{{A}_{3}}\to \frac{3}{2}{{A}_{2}}\] A plot of concentration of \[{{A}_{3}}\] and \[{{A}_{2}}\] versus time is shown below. At time \[{{t}_{A}}\] percentage of reactant decomposed is
A.	75%
B.	0.5
C.	40%
D.	0.3
Answer» D. 0.3

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Consider a first order decomposition process \[{{A}_{3}}\to \frac{3}{2}{{A}_{2}}\] A plot of concentration of \[{{A}_{3}}\] and \[{{A}_{2}}\] versus time is shown below. At time \[{{t}_{A}}\] percentage of reactant decomposed is

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