he grouped the table into metals, non metals and gases.
he classified oxygen, phlogiston, combustion engines and chemicals
Antoine Lavoisier is credited with the discovery of the of mass conservation. But Lavoisier had many other important contributions in chemistry.
Antoine Lavoisier is known for finding out how materials burn. and many other things.
One of the challenges faced by Antoine Lavoisier was opposition from conservative elements in the scientific community who resisted his new chemical theories. He also faced financial difficulties, as his laboratory and research were expensive to maintain. Additionally, Lavoisier had to navigate the political turmoil of the French Revolution, which ultimately led to his arrest and execution.
Although chemistry was Lavoisier's passion, throughout his life he devoted the majority of his time to financial and administrative affairs.
LaVoisier made many major contributions to chemistry, one of them being that oxygen was necessary for combustion.
Antoine Lavoisier is credited with the discovery of the of mass conservation. But Lavoisier had many other important contributions in chemistry.
In the 1790's, French scientist Antoine Lavoisier compiled a list of 23 elements.
Antoine Lavoisier is known for finding out how materials burn. and many other things.
One of the challenges faced by Antoine Lavoisier was opposition from conservative elements in the scientific community who resisted his new chemical theories. He also faced financial difficulties, as his laboratory and research were expensive to maintain. Additionally, Lavoisier had to navigate the political turmoil of the French Revolution, which ultimately led to his arrest and execution.
There are many, but some of them are Robert Boyle, Antoine Lavoisier, John Dalton and Dmitri Mendeleev.
Antoine Lavoisier contributed many concepts that are used in chemistry today. One concept is the fact that oxygen is needed for combustion to take place.
Many people have conducted experiments combining elements. John Dalton, an English chemist is probably the best known but Ernest Rutherford, a New Zealand physicist, and Antoine Lavoisier, the French chemist, also combined elements.
Although chemistry was Lavoisier's passion, throughout his life he devoted the majority of his time to financial and administrative affairs.
his wife helped him succeed because she helped in the laboratory work and she translated things from English for him, she also created many sketches for him. She also edited and published Antoine's memoirs.
Lavoisier
LaVoisier made many major contributions to chemistry, one of them being that oxygen was necessary for combustion.
This reminds me of one of those trick questions. You know, "As I was going to St. Ives..." Anyway the "trick" answer is there were just as many (ok, perhaps minus Einsteinium and the like) elements then as there are now. Maybe you'd like to know how many elements were KNOWN at Lavoisier's time?