law of conservation of matter Antonyms
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Meaning of law of conservation of matter
Wordnet
law of conservation of matter (n)
a fundamental principle of classical physics that matter cannot be created or destroyed in an isolated system
law of conservation of matter Sentence Examples
- Matter can't be created or destroyed in any chemical reaction.
- Weight before and after a chemical reaction remains the same based on the law of conservation of matter.
- When a chemical reaction occurs, the total mass of all the products remains the same as the total mass of all the reactants.
- The law of conservation of matter tells us that atoms are rearranged in chemical reactions, but they are not created or destroyed.
- Antoine Lavoisier, in the 18th century, first discovered the law of conservation of matter in chemical reactions.
- The law of conservation of mass allows us to predict the mass of the products of a chemical reaction if we know the mass of the reactants.
- In combustion reactions, the mass of the products (carbon dioxide and water) is the same as the mass of the reactants (fuel and oxygen).
- The law of conservation of matter is one of the fundamental laws of chemistry and must be followed at all times in order for the universe to function properly.
- The law of conservation of matter is applicable to both chemical and nuclear reactions.
- The concept of mass conservation is widely used in various chemical and physical applications, such as balancing chemical equations, stoichiometry, and nuclear reactions.
FAQs About the word law of conservation of matter
a fundamental principle of classical physics that matter cannot be created or destroyed in an isolated system
No synonyms found.
No antonyms found.
Matter can't be created or destroyed in any chemical reaction.
Weight before and after a chemical reaction remains the same based on the law of conservation of matter.
When a chemical reaction occurs, the total mass of all the products remains the same as the total mass of all the reactants.
The law of conservation of matter tells us that atoms are rearranged in chemical reactions, but they are not created or destroyed.
