Predict the rate law of the following reaction based on the data given below :
`2A + B rarr C + 3D`
`{:("[A]M","[B]M","Magnitude of initial rate Ms"^(-1)),(1,1,x),(2,1,2x),(1,2,4x),(2,2,8x):}`

For a reaction : A+B rarr Products the rate of the reaction of various concentrations are given below : {:("Expt No.",[A], [B]," ""Rate (mol dm"^(-3)s^(-1)),(1,0.2,0.2," "2),(2,0.2,0.4," "4),(3,0.6,0.4," "36):} The rate law for the above reaction is :

For a reaction, A + B rarr Product, the rate law is given by, r = k [ A]^(1/2) [B]^2. What is the order of the reaction?

For the reaction 2x + y rarr L . Find the rate law from the following data. {:([X],[Y],"rate"),("(min)","(min)",(M s^(-1))),(0.2,0.02,0.15),(0.4,0.02,0.30),(0.4,0.08,1.20):}

Observe the following reaction, 2A+B rarr C The rate of formation of C is 2.2xx10^(-3)" M m in"^(-1) . What is the value of -(d[A])/(dt) ("in moL"^(-1)" m in "^(-1)) ?

In a certain gaseous reaction between A and B , A + 3B rarr AB_(3) . The initial rate are reported as follows: {:([A],[B],Rate,,),(0.1 M,0.1 M,0.002 M s^(-1),,),(0.2 M,0.1 M,0.002 M s^(-1),,),(0.3 M,0.2 M,0.008 M s^(-1),,),(0.4 M,0.3 M,0.018 M s^(-1),,):} The rate law is

In a certain gaseous reaction between A and B , A + 3B rarr AB_(3) . The initial rate are reported as follows: {:([A],[B],Rate,,),(0.1 M,0.1 M,0.002 M s^(-1),,),(0.2 M,0.1 M,0.002 M s^(-1),,),(0.3 M,0.2 M,0.008 M s^(-1),,),(0.4 M,0.3 M,0.018 M s^(-1),,):} The rate law is