`[A](M)" "[B](M)" ""Initial rate"(Ms^(-1))`
`0.4" "0.3" "2xx10^(-3)`
`0.8" "0.3" "0.8xx10^(-2)`
`1.2" "0.9" "0.54xx10^(-1)`
From the above dat athe rate law for the equation `A+Bto` products is equal to

The experiment data for the reaction 2A + B_(2) rarr 2AB is |{:("Experiment",[A] M,[B_(2)] M,"Initial rate" (mol L^(-1) s^(-1)),),(I,0.50,0.5,1.6 xx 10^(-4),),(II,0.50,1.0,3.2 xx 10^(-4),),(III,1.00,1.0,3.2 xx 10^(-4),):}| Write the most probable rate equation for the reacting giving reason for you answer.

What ist he value of ( 3 . 6 xx 1 . 62 + 0.48 xx 3 . 6)/( 1.8 xx 0 . 8 + 10 . 8 xx 0 . 3 - 2 . 16 ) ?

At 800^(@)C the rate of reaction 2NO + H_(2) rarr N_(2) + H_(2)O Changes with the concentration of NO and H_(2) are [NO] in M " "[H_(2)]" in M "" "-(1)/(2) (d[NO])/(dt)" in M sec"^(-1) (i) 1.5xx10^(-4)" "4xx10^(-3)" "4.4xx10^(-4) (ii) 1.5xx10^(-4)" "2xx10^(-3)" "2.2xx10^(-4) (iii) 3.0xx10^(-4)" "2xx10^(-3)" "8.8xx10^(-4) (a) What is the order of this reaction ? (b) What is the rate equation for the reaction ? (c) What is the rate when [H_(2)]=1.5xx10^(-3)" M and "[NO]=1.1xx10^(-3) M ?

For the non-stoichiometric reaction 2A+BrarrC+D The following kinetic data were obtained in theee separate experiment, all at 98 K |{:("Initial concentration (A)","Initial concentration (B)","Initial rate of formation of C" (molL^(-1) s^(-1))),(0.01 M,0.1 M,1.2 xx 10^(-3)),(0.1 M,0.2 M,1.2 xx 10^(-3)),(0.2 M,0.1 M,2.4 xx 10^(-3)):}| The rate law for the formation of C is:

3 xx 10000 + 0 xx 1000 + 8 xx 100 + 0 xx 10 + 7 xx 1 is same as

The following data are for the reaction A+B rarr Products: {:(Conc. of A(M),,Conc. of B(M),,Initial rate),(,,,,(mol L^(-1) s^(-1))),(0.1,,0.1,,4.0xx10^(-4)),(0.2,,0.2,,1.6xx10^(-3)),(0.5,,0.1,,1.0xx10^(-2)),(0.5,,0.5,,5.0xx10^(-2)):} (a) What is the order with respect to A and B for the reaction? (b) Calculate the rate constant Determine the reaction rate when the concentrations of A and B are 0.2 M and 0.35 M respectvely.

For a reaction between A and B, the initial rate of reaction is measured for various initial concentration of A and B. The data provided are {:("[A]","[B]","Initial reaction rate"),("(a) 0.02 M","0.30 M",5xx10^(-5)),("(b) 0.20 M","0.10 M",5xx10^(-5)),("(c) 0.40 M","0.05 M",1xx10^(-4)):} The overall order of the reaction is