In order to determine order/rate constant of any gaseous reaction pressure data at constant volume and temperature can be analysed. For a gaseous reaction occurring in a rigid vessel at 300 K following data was observed. 2A(g) rarr 3B(g) +2C(g) {:(,"Time (min)",,"10 min",,"30 min",,infty time),(,"Pressure increase (mm of Hg)",,"30 mm",,52.5 min,,"60 min"):} What will be average life of molecules of 'A'?

In order to determine order/rate constant of any gaseous reaction pres

1.	In order to determine order/rate constant of any gaseous reaction pressure data at constant volume and temperature can be analysed. For a gaseous reaction occurring in a rigid vessel at 300 K following data was observed. 2A(g) rarr 3B(g) +2C(g) {:(,"Time (min)",,"10 min",,"30 min",,infty time),(,"Pressure increase (mm of Hg)",,"30 mm",,52.5 min,,"60 min"):} What will be average life of molecules of 'A'?
Answer» `10 min` `5 min` `infty` `10/(L N 2)min` ANSWER :D