For a reaction, the rate law is : Rate `=k=[A][B]^(1//2)`. Can this reaction be an elementary reaction ?

For a reaction, the rate law is, Rate = [A][B]^(1//2) . Can this reaction be an elementary reaction?

Mention the factors that affect the rate of chemical reaction. For a reaction, the rate law is k[A]^(1//2)[B] . Can this reaction be an elementary reaction? The rate constant for the first-order decomposition of H_(2)O_(2) is given by the following equation log K =14.2 -(1.0 xx 10^(4)K)/(T) Calculate E_(a) for this reaction and rate constant k if its half life period be 200 min. (R=8.314 JK^(-1)"mol"^(-1))

For a reaction A+B to Products, the rate law is -Rate = k[A][B]^(3//2) Can the reaction be an elementary reaction? Explain.

For a reaction A+ B to Products, the rate law is -Rate = k[A][B]^(3//2) Can the reaction be an elementray reaction ? Explain.

For a reaction A+ B to Products, the rate law is -Rate = k[A][B]^(3//2) Can the reaction be an elementray reaction ? Explain.

For a reaction A + B to Products, the rate law is ................ Rate =k [A] [B]^(3//2) can the reaction be an elementary reaction :