A diatomicgaseous species A_(2) (g) decomposes into atomic A by first order kinetics as : A_(2) (g) to 2A (g) An empty flask was filled with A_(2) (g) "and" N_(2) (g) at an initial pressure of 800 mm of Hg at 600 K and sealed After a very long time gases in the flask developed a pressure 1400mm of Hg If half-life for the decomposition process is 2 hr, what was the pressure in the after 4 Hr from start? Assume N_(2) to be an inert gas. [Find your answer in cm of Hg]

A diatomicgaseous species A_(2) (g) decomposes into atomic A by first

1.	A diatomicgaseous species A_(2) (g) decomposes into atomic A by first order kinetics as : A_(2) (g) to 2A (g) An empty flask was filled with A_(2) (g) "and" N_(2) (g) at an initial pressure of 800 mm of Hg at 600 K and sealed After a very long time gases in the flask developed a pressure 1400mm of Hg If half-life for the decomposition process is 2 hr, what was the pressure in the after 4 Hr from start? Assume N_(2) to be an inert gas. [Find your answer in cm of Hg]
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