[" For the reaction "X_(2)+2Y^(-)rarr Y_(2)+2X^(-),X],[" and Y may not be "]

For a reaction, X_(2) +3Y_(2) rarr 2XY_(3) write the rate equation in terms of rate of disappearance of y_(2) .

For a reaction, X_(2) +3Y_(2) rarr 2XY_(3) write the rate equation in terms of rate of disappearance of y_(2) .

Mechanism of a hypothetical reaction X_(2) + Y_(2) rarr 2XY is given below: (i) X_(2) hArr X + X (fast) (ii) X+Y_(2)rarr XY+Y (slow) (iii) X + Y rarr XY (fast) The overall order of the reaction will be :

Mechanism of a hypothetical reaction X_(2) + Y_(2) rarr 2XY is given below: (i) X_(2) rarr X + X (fast) (ii) X+Y_(2) hArr XY+Y (slow) (iii) X + Y rarr XY (fast) The overall order of the reaction will be :

Mechanism of a hypothetical reaction X_(2) + Y_(2) rarr 2XY is given below: (i) X_(2) rarr X + X (fast) (ii) X+Y_(2) hArr XY+Y (slow) (iii) X + Y rarr XY (fast) The overall order of the reaction will be :

In the reaction, Ca_(3)P_(2)+H_(2)O rarr (X) +(Y) the products (X) and (Y) are

For the reaction, X + 2Y rarr Z 5 moles of X and 9 moles of Y will produce:

For the reaction, X + 2Y rarr Z 5 moles of X and 9 moles of Y will produce: