Consider a general reaction `aA+bBto cC+dD`
The rate expression for the reaction is Rate =`k[A]^x[B]^y`.Write any two differences between order and molecularity.

Consider a general reaction aA+bBto cC+dD The rate expression for the reaction is Rate = k[A]^x[B]^y .Establish the significance of (a+b)and (x+y)term in terms of order and molecularity.

For a general reaction A+ Brarr Products, rate law Is given as rate = K[A] [B]^2 .Give any 2 differencesbetween order and molecularity of a reaction.

For a reaction A+B rarr products The rate law expression is

Consider a general gaseous reaction, aA + bB harr cC + dD Give the expression for K_p and K_c for the above reaction.

In a class room discussion about order and molecularity of a chemical reaction, Ramu argued that “there are reactions which appear to be of higher order but actually follow first order kinetics.List out any three Important differences between order and molecularity.

For a reaction A + B rarr C + D , the rate equation is, Rate = K[A]^(3/2)[B]^(1/2) . Give the overall order and molecularity of reaction.

For a reaction A + Brarr C + D , the rate equation is, Rate = K[A]^(3//2)[B]^(1//2) . Give the overall order and molecularity of reaction.

For a general reaction A+ Brarr Products, rate law Is given as rate = K[A] [B]^2 .What is rate law?

For a chemicai reaction (A) rarr (B) it is found that the rate of the reaction guadruples when the concentration of (A) is doubled.The rate expression for the reaction is rate =(k)[(A)] (n) , where the value of (n) is a)1 b)2 c)0 d)3