For a hypothetical reaction `aA + bB rarr` Product, the rate law is:
rate `= K[A]^(x)[B]^(y)`, then which of the following relation is possible-

For a hypothetical reaction: A+B rarr Products, the rate law is r = k[A][B]^(0) . The order of reaction is

For a reaction pA +qB rarr products, the rate law expression is r=k[A]^(l)[B]^(m) then

For a reaction pA +qB rarr products, the rate law expression is r=k[A]^(m)[B]^(n) then

For a reaction pA + qB rarr Product, the rate law expresison is r = k[A][B]^(m) . Then

For a reaction : 2A + 2B rarr products, the rate law expression is r = k[A]^(2) [B] . Which of the following is/are correct?

For a hypothetical reaction, A + B + C to Products, the rate law is determined to be rate = k[A][B]^(2) . If the concentration of B is doubled without changing the concentration of A and C, the reaction rate:

For a hypothetical reaction A+B rarr products, the law is r=k[B][A]^(0) the order of reaction is: