Question
How does the formation of water from hydrogen and oxygen demonstrate the conservation of
mass? (1 point)
The atomic number of the reactants equals the atomic number of the product, and the product
has the same number of atoms as the reactants.
The atomic number of the reactants equals the atomic number of the product, and the product
has the same number of molecules as the reactants.
The atomic mass of the reactants equals the atomic mass of the product, and the product has
the same number of atoms as the reactants.
The atomic mass of the reactants equals the atomic mass of the product, and the product has
the same number of molecules as the reactants.
mass? (1 point)
The atomic number of the reactants equals the atomic number of the product, and the product
has the same number of atoms as the reactants.
The atomic number of the reactants equals the atomic number of the product, and the product
has the same number of molecules as the reactants.
The atomic mass of the reactants equals the atomic mass of the product, and the product has
the same number of atoms as the reactants.
The atomic mass of the reactants equals the atomic mass of the product, and the product has
the same number of molecules as the reactants.
Answers
GPT-4o mini
The correct statement is: **The atomic mass of the reactants equals the atomic mass of the product, and the product has the same number of atoms as the reactants.**
This demonstrates the conservation of mass because, during a chemical reaction, the total mass of the reactants (hydrogen and oxygen) is equal to the total mass of the product (water), indicating that matter is neither created nor destroyed in the reaction.
This demonstrates the conservation of mass because, during a chemical reaction, the total mass of the reactants (hydrogen and oxygen) is equal to the total mass of the product (water), indicating that matter is neither created nor destroyed in the reaction.