{:(,"Column-I",,"Column-II"),("(a)",A+BrarrC+D r=k_(1)[A][B],,"(p)Unit of rate constant possess concentration unit"),("(b)",A+B rarr C+D r=k_(2)[A][B],,"(q)Rate constant for the reaction of both the reactants are equal"),("(c)",A+B rarrC+D r=k_(2)[A]^(0)[B]^(0),,(r)underset("rate of production of at least one of the product")"Rate of consumption of at least one of the reactants is equal to"),("(d)",2A+Brarr2C+3D r=k_(3)[A]^(0)[B]^(0),,(s)underset("stoichiometric ratio half life for both reactants are equal")"If both reactants are taken in"):}

{:(,"Column-I",,"Column-II"),("(a)",A+BrarrC+D r=k_(1)[A][B],,"(p)Unit

1.	{:(,"Column-I",,"Column-II"),("(a)",A+BrarrC+D r=k_(1)[A][B],,"(p)Unit of rate constant possess concentration unit"),("(b)",A+B rarr C+D r=k_(2)[A][B],,"(q)Rate constant for the reaction of both the reactants are equal"),("(c)",A+B rarrC+D r=k_(2)[A]^(0)[B]^(0),,(r)underset("rate of production of at least one of the product")"Rate of consumption of at least one of the reactants is equal to"),("(d)",2A+Brarr2C+3D r=k_(3)[A]^(0)[B]^(0),,(s)underset("stoichiometric ratio half life for both reactants are equal")"If both reactants are taken in"):}
Answer» ANSWER :(a-p,Q,R,s);(b-q,r,s);(c-p,q,r,s);(d-p,r,s)