The following data are for the decomposition of ammonium nitrate in aqueous solution
`{:("Volume of "N_(2)" in cc","Time (mi n utes)"),(6.25,10),(9.50,15),(11.42,20),(13.65,25),(35.05,"Finally"):}`
The roder of the reaction is

The following data are for the decomposition of ammonium nitrite in aqueous solution.: {:("Vol of" N_(2)(cm^(3)),6.25,9.0,11.42,13.65,35.2),("Time (min)",10,15,20,25,oo):} The order of reaction is :

From the following data for the decomposition of ammonium nitrite in aqueous solution,prove that the reaction is first order Time (minutes ) 10 15 20 25 infty Volume N_(2) (mL) 6.25 9.00 11.40 13.65 35.05

The decomposition of an aqeous solution of ammonium nitrite was studied. The volume of nitrogen gas collected at {:("Time (minutes)",10,15,20,oo),("Vol.of N"_(2)(mL)",6.25,9.00,11.40,35.05):} From the above data prove that the reaction is of the first order.

The following data are obtained of the decomposition of N_(2)O_(4) " in CCl"_(4)" at " 44^(@)C {:("Time (min)",20,30,40,oo),("Volume of "O_(2)(ml),11.40,15.53,18.50,34.75):} Show that the reaction follows the rate law of first order reaction.