(a)
Interpretation: The molecular equation and net ionic equation representing the reaction occurred when the two mixed are combined has to be determined. Also, the color of the spectator ions in the reaction mixture has to be identified.
Concept introduction: The chemical equation in which molecules of reactants and products are present is termed as molecular equation. The substance that are strong electrolytes will get dissociate into their constituent ions. Therefore, the chemical equation which contains ions only is termed as complete ionic equation. The equation obtained by the elimination of spectator ions from the complete ionic equation is known as net ionic equation.
(b)
Interpretation: The molecular equation and net ionic equation representing the reaction occurred when the two mixed are combined has to be determined. Also, the color of the spectator ions in the reaction mixture has to be identified.
Concept introduction: The chemical equation in which molecules of reactants and products are present is termed as molecular equation. The substance that are strong electrolytes will get dissociate into their constituent ions. Therefore, the chemical equation which contains ions only is termed as complete ionic equation. The equation obtained by the elimination of spectator ions from the complete ionic equation is known as net ionic equation.
(c)
Interpretation: The molecular equation and net ionic equation representing the reaction occurred when the two mixed are combined has to be determined. Also the color of the spectator ions in the reaction mixture has to be identified.
Concept introduction: The chemical equation in which molecules of reactants and products are present is termed as molecular equation. The substance that are strong electrolytes will get dissociate into their constituent ions. Therefore, the chemical equation which contains ions only is termed as complete ionic equation. The equation obtained by the elimination of spectator ions from the complete ionic equation is known as net ionic equation.
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Chemical Principles
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