Part a determine the expression for the equilibrium constant, kc, for the reaction by identifying which terms will be in the numerator and denominator: kc=numeratordenominator=? ? place the terms into the appropriate bin.

In Kc expression, the concentration of product is always placed at numerator while the concentration of reactant are place in denominator.

Explanation:

Kc is a equilibrium constant which is dependent on concentrations of reactants and products and is defined as.

               Kc = [product]÷[reactant]

Consider a reaction

                  A + B > C + D

So its Kc expression will be as

               Kc = [C].[D] ÷[A].[B]

Summary :

The concentrations of product are always place at numerator while concentration of reactant are place in denominator.

Explanation:

The property best used when determining the strength of an ionic bond in a solid is:

LATTICE ENERGY

The lattice energy is the energy released during the deposition of gaseous ions of opposite charges. Deposition is the transformation of gas to solid.

Explanation:

The main types of solids are ionic, molecular, covalent, and hard. Ionic solids consist of absolutely and negatively energized ions held concurrently by electrostatic forces; the power of the bonding is indicated in the lattice energy. Ionic solids manage to have high melting points and are fairly hard. lattie energy is a stratagem of the energy received in the crystal lattice of a compound, similar to the energy that would be delivered if the element ions were produced together from infinity