For the reaction, `2NO_((g)` + `O_(2(g)` `rarr` `2NO_(2(g)` the rate law is given as. Rate =k`[NO]^2[O_2]` The order of the reaction with respect to `O_2`is _______

For the reaction (Cl)_(2)(g)+2 (NO)(g) rarr 2 (NOCl)(g) the rate law is expressed as rate =(k)[(Cl)_(2)][(NO)]^(2) What is the overall order of this reaction.

For a reaction 2NO(g)+H_(2)(g)rarrN_(2)O(g)+H_(2)O(g) the rate law is dp (N_(2)O)// dt=k(P_(NO))^(2)(P_(H_(2))) The half life of the reaction when (P_(NO))_(0)=10 mmHg and (P_(H_(2)))_(0) =1200 mmHg is found to be 830 s The half life when (P_(NO))_(0)=20 mmHg and (P_(H_(2)))_(0)=1200 mmHg will be

For the reaction system: 2NO(g) + O_(2) (g) rarr 2NO_(2) (g) volume is suddenly reduced to half its value by increasing the pressure on it. If the reaction is of first-order with respect to O_(2) and second-order with respect to NO, the rate of reaction will be

For the reaction, 2NO_(g) + O_(2(g)) harr 2NO_(2(g)) . The equilibrium constant is K. Then predict the equilibrium constants for the following reactions. More O_2 is added to the equilibrium.

For the reaction, 2NO_(g) + O_(2(g)) harr 2NO_(2(g)) . The equilibrium constant is K. Then predict the equilibrium constants for the following reactions. 2NO_2 harr 2NO + O_2

For the reaction 3NO(g)toNO_2(g)+NO(g) ,Rate= k[NO]^2 .What is the order of the reaction?

For the reaction, 2NO_(g) + O_(2(g)) harr 2NO_(2(g)) . The equilibrium constant is K. Then predict the equilibrium constants for the following reactions. 4NO + 2O_2 harrr 4NO_2