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Antoine Lavoisier is known for finding out how materials burn. and many other things.
Lavoisier came up with what we know as Law of Conservation of Mass , states that "mass can neither be created nor destroyed". The quantity of an element always equal from starting mass to final mass .
Antoine Lavoisier won a prize for figuring out a way to light the streets of Paris, discovered the role oxygen plays in combustion, and received a bachelor degree in college. He worked in geology and chemistry most of his life, and was involved in the French Revolution. -----I wouldn't say the french revolution was an accomplishment. He was beheaded at the guillotine! However, he did have the basic idea of conservation of mass, which contributed to Einstein's E=mc^2. (but that is in many scientist's *opinion*)
Lavoisier helped to transform chemistry from a science of observation to the science of measurement that it is today. by doing so, he created a balance that would measure mass to the nearest 0.0005 grams.
Lavoisier contributed a lot to science, and made this world a better place. He loved chemistry and his wife helped him in the lab.Here are some of his accomplishments:* wrote many books * found a new way of lighting the streets of Paris * made new maps of France * did science experiments and discovered many new things
Antoine Lavoisier is known for finding out how materials burn. and many other things.
There are many, but some of them are Robert Boyle, Antoine Lavoisier, John Dalton and Dmitri Mendeleev.
Some scientists that studies the behavior of gases include Niels Bohr, Antoine Lavoisier, and John Rayleigh. ChaCha on!
Jean-Antoine Lavoisier, a lawyer of some repute, and Emilie Punctis, whose family was influential and rich, were the parents of Antoine-Laurent Lavoisier, the French "Father of Modern Chemistry", who was born in 1743. Emilie died when Lavoisier was 5 years old, and he was raised largely by his maiden aunt, Constance Punctis.
AnswerJean-Antoine Lavoisier, a lawyer of some repute, and Emilie Punctis, whose family was influential and rich, were the parents of Antoine-Laurent Lavoisier, the French "Father of Modern Chemistry", who was born in 1743. Emilie died when Lavoisier was 5 years old, and he was raised largely by his maiden aunt, Constance Punctis.
Antonine Laurent Lavoisier's contributions: Research on gases, water, and combustion Antoine Lavoisier's famous phlogiston experiment. The work of Lavoisier was translated in Japan in the 1840s. Pioneer of stoichiometry Lavoisier's researches included some of the first truly quantitative chemical experiments. Analytical chemistry and chemical nomenclature Lavoisier investigated the composition of water and air, which at the time were considered elements. Legacy Constant pressure calorimeter. Lavoisier's fundamental contributions to chemistry were a result of a conscious effort to fit all experiments into the framework of a single theory.
Joseph Priestley is generally given credit for the discovery of oxygen, which he named dephlogisticated air'. The term was changed to 'oxygen' in 1777 by Antoine Lavoisier, who is better known for his experiments with gas.
Lavoisier came up with what we know as Law of Conservation of Mass , states that "mass can neither be created nor destroyed". The quantity of an element always equal from starting mass to final mass .
Antoine Lavoisier won a prize for figuring out a way to light the streets of Paris, discovered the role oxygen plays in combustion, and received a bachelor degree in college. He worked in geology and chemistry most of his life, and was involved in the French Revolution. -----I wouldn't say the french revolution was an accomplishment. He was beheaded at the guillotine! However, he did have the basic idea of conservation of mass, which contributed to Einstein's E=mc^2. (but that is in many scientist's *opinion*)
Some places are:Maryland
Lavoisier helped to transform chemistry from a science of observation to the science of measurement that it is today. by doing so, he created a balance that would measure mass to the nearest 0.0005 grams.
Abu Musa Jābir ibn Hayyān (Arabic: جابر بن حيان‎), (Persian: جابر بن حيان) (born c. 721 in tous-died c. 815 in Kufa)[1] was a prominent polymath: a chemist and alchemist, astronomer and astrologer, engineer, geologist, philosopher, physicist, and pharmacist and physician. He is considered by some to be the "father of chemistry."[2] His ethnic background is not clear;[3] although some sources state that he was an Arab [4] other sources introduce him as Persian[5][6] Jābir is held to be the first practical alchemist.[7] one of his discoveries is best discoveries was mineral and acids.