Which statement best describes balancing equations and the law of conservation of mass?
O There are more atoms in the reactants than in the products, and the total mass is the same in the reactants and in the
products
The number of atoms is the same in the reactants and in the products, and the total mass is the same in the reactants and in
the products
O There are fewer atoms in the reactants than in the products, and the total mass is less in the reactants than in the products
O There are more atoms in the reactants than in the products, and the total mass is higher in the reactants than in the
products

The statement that has been true regarding the balanced equation and conservation of mass has been statement 1. Thus, option A is correct.

The balanced equation has been used for various determination process in the chemical reaction. A balanced reaction has been given as the reaction  in which the number of atoms of each elements in the reactant and products have been equal.

This has been implied with the law of conservation of mass, where the mass can neither be created nor be destroyed in a chemical reaction. Thus, the reaction has been give to have equal mass of the reactants and products.

Thus, the statement that has been true regarding the balanced equation and conservation of mass has been statement 1. Thus, option A is correct.

For more information about the law of conservation of mass, refer to the link:

link

The number of atoms is the same in the reactants and in the products, and the total mass is the same in the reactants and in

the products

Explanation:

For an equation to termed balance, the number of atoms of elements in the reactants must be equal to the number of atoms of the same element in the product.

The law of conservation of mass states that matter can neither be created nor destroyed during a chemical reaction but changes from one form to another. An unbalanced equation simply means that matter have been created or destroyed. This implies that balancing equation supports the laws of conservation of mass

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