For the chemical reaction
`3X(g)+Y(g) hArr X_(3)Y(g)`,
the amount of `X_(3)Y` at equilibrium is affected by

For the chemical reaction 3X(g) + Y(g) rarr X_(3)Y(g) ,the amount of X_(3)Y at equilibrium is affected by:

For the chemical reaction, 3x(g)+Y(g)hArrX_(3)Y(g) the amount of X_(3)Y at equilibrium is affected by

For the chemical reaction, 3X(g) + y(g) rarr X_3Y(g) : the amount of X_3 Y at equilibrium is affected by:

For the chemical reaction, 3X_((g)) + Y_((g)) hArr X_(3) Y_((g)) , the amount of X_(3)Y at cquilibrium is affected by :

For the chemical reaction, 3X_((g)) + Y_((g)) hArr X_(3) Y_((g)) , the amount of X_(3) Y at cquilibrium is affected by :

For the Chemical reaction A_(2(g)) + B_(2(g)) hArr 2 AB(g) the amount of AB at equilibrium is affected by

For the Chemical reaction A_(2(g)) + B_(2(g)) hArr 2 AB(g) the amount of AB at equilibrium is affected by

At equilibrium of the reaction 2X(g)+Y(g) hArr X_(2)Y(g) the number of moles of X_(2)Y at equilibrium is affected by the