Nitrogen dioxide gas dissociates to give nitric oxide and oxygen. For this reaction, when a graph is ploted between concentration of NO_(2) and time, the slope of tangent drawnat time t=10 s is found to be 6.8xx 10^(-4) mol L^(-1) s^(-1) .predict the slope of the graph at t=10s when the concentration of NO and O_(2) are plotted against time. Justify your answer.

Nitrogen dioxide gas dissociates to give nitric oxide and oxygen. For

1.	Nitrogen dioxide gas dissociates to give nitric oxide and oxygen. For this reaction, when a graph is ploted between concentration of NO_(2) and time, the slope of tangent drawnat time t=10 s is found to be 6.8xx 10^(-4) mol L^(-1) s^(-1) .predict the slope of the graph at t=10s when the concentration of NO and O_(2) are plotted against time. Justify your answer.
Answer» SOLUTION :(i) The RATE of reaction in terms of reactants can be determined if thebalanced EQUATION is known (II) balanced equation (iii) rate of reaction in terms of `NO, NO_(2) and O_(2)` (iv) `3.4xx10^(-4) "mol "L^(-1) s`