![]() All of this has been transformed into hte So what this tells me is that if you know the total massive air reactions in the beginning, then they should equal the total mass of products that you create at the end. So at the end I have exactly 100 g of product. Let's say it's 100 g, while according to the law of conservation of Mass, nothing is truly lost is just converted from one form to another, so all 100 g of my reactions should be converted entirely into product. ![]() So to think about it, we could say that originally at the beginning of the reaction, we have H two and 02 and mixing them together their combined a map of both of them together. In this case, h 20 would be our products, according to Labus, or all of the reactant seats are converted to product with nothing lost. We're going to say that the compounds before the arrow so in this case H 202 would be are reacting. ![]() Now the law states that in a chemical reaction, no matter is created or destroyed, but instead changes form in a chemical reaction. In 17 89 the French chemist Antoine of a sore, who's credited as being another father of chemistry, originated the law of Conservation of Mass.
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