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Contrary to your question there is no law stating this, infact there is a law stating the opposite. That mass is neither lost nor gained in a chemical reaction. So no matter what you do mass can neither be gained nor lost unless you purposefully add or take away mass.
the mass of the atom after fusion is less than the mass of the input atoms. The mass of the fragment atoms after fission is less than the mass of the original atom.
The atomic mass of iodine is less than the atomic mass of all elements with greater atomic number.
The Law of Conservation of Matter dictates that the mass of the reactants is equal to the mass of the products, i.e., mass will not be created, nor destroyed during the chemical reaction.
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This is the law of mass conservation.
31.6grams
The law of the conservation of mass.
No, you have the same mass. The reason why you weigh less is because the moon has a less gravitational pull on you since it has less mass than the earth.
No- their weight is less, but mass is not changed.
Law of Conservation of Mass is a relation stating that in a chemical reaction, the mass of the products equals the massof the reacants.
Mass is the same no matter where you are. Weight is less, but mass is the same.
I'm pretty sure a marble has less mass
No , but less mass and less density .
Contrary to your question there is no law stating this, infact there is a law stating the opposite. That mass is neither lost nor gained in a chemical reaction. So no matter what you do mass can neither be gained nor lost unless you purposefully add or take away mass.
They don't have less mass. They weigh less. That's completely different.