How does a balanced chemical equation show the conservation of mass?A.It shows that the mass of the products is greater than the mass of the reactants when a reaction increases the moles of substances.B.It shows that the number of each type of atom stays the same.C.It shows that the total number of moles of substances stays the same.D.It shows that the mass of the reactants is greater than the mass of the products when gases are produced by the reaction.

Mass is conserved in a chemical reaction, which of these is TRUE about the mass of the products?  *1 pointless than the mass of the reactantsequals to the mass of the reactantgreater than the mass of the reactantsnot related to the mass of the reactants

The law of conservation of mass states that: Mass can be destroyed in a chemical reactionMass can be created in a chemical reactionMass is conserved in a chemical reactionSave

The image below shows models that represent the reactants and products of a chemical reaction.Based on the image above, which of the following is true? A. Mass was conserved in this chemical reaction because the same atoms are present in both the products and the reactants. B. Mass was gained in this chemical reaction because there are more atoms in the products than there were in the reactants. C. Mass was lost in this chemical reaction because the atoms in the reactants are smaller than the atoms in the products. D. Mass could have either been gained or lost during this chemical reaction because atoms always change mass when they react.

How does the law of the conservation of mass apply to chemical reactions?A.Atoms can be replaced with other types of atoms.B.Atoms cannot be added or lost in a chemical reaction.C.Atoms can be lost in a chemical reaction but not added.D.Atoms cannot be rearranged in a chemical reaction.

From a balanced chemical equation, it is possible to determine the relative mass of each of the reactants and products.Question 9Answera.Trueb.False