For palladium (II) cyanide and EDTA ("E"-"D"-"T"-"A"), this value is found by introducing a weaker ligand in the so-called competition method.
For palladium (II) cyanide and EDTA ("E"-"D"-"T"-"A"), this value is found by introducing a weaker ligand in the so-called competition method. In most circumstances, the activity coefficients are removed from the equation to calculate this quantity, which for gas phase species is approximated by fugacity over standard pressure. The van't Hoff equation states that for exothermic reactions, it decreases with increasing temperature. This value is equal to x, x squared, 2 x cubed, and so on, if x is the molar solubility and the reaction is dissociation. The law of mass action is used to find this quantity, which, if greater than Q, favors the forward reaction. For 10 points, name this constant that relates concentrations of products and reactants.
For palladium (II) cyanide and EDTA ("E"-"D"-"T"-"A"), this value is found by introducing a weaker ligand in the so-called competition method.
equilibrium constant [or Keq; or Keq]