Respuesta :
Answer:
Yes, charge is conserved in a net ionic equation
Explanation:
A net ionic equation shows the species that combined among the reactants in a particular reaction to form the products. Other chemical species that did not undergo any change from left to right are called spectator ions.
In a net ionic equation, charge is conserved. The sum of the charges of the ions must be the same on both sides of a balanced net ionic equation. This is what is meant by conservation of charge.
The charge has been conserved in the net ionic equation.
Charge to the ionic species has been defined as the number of electrons gained or lost by the element in order to form of ion.
The molecular species has been formed by the bonding of the cation and anion species, thus the species attain a neutral charge.
The net ionic equation has been assigned for the ionic species react to form the product. The species that are same on both the product and the reactant side are spectator species and are eliminated in the net ionic equation.
The net ionic species has the same charge as the species on the product and the reactant side. Thus, the charge has been conserved in the net ionic equation.
The net ionic equation for the reaction of magnesium chloride with silver nitrate for the formation of silver chloride precipitate has been:
The net ionic equation for the reaction has been the reaction of Ag ion and Cl ion for the formation of solid silver chloride.
The net charge on the product and reactant side has been zero. This demonstrates the charge has been conserved in the net ionic equation.
Thus, the charge has been conserved in the net ionic equation.
For more information about the net ionic equation, refer to the link:
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