0
What else can I help you with?
How did Antoine Lavoisier recognized hydrogen?
he, like found it in a suit case with like Zacharaist and stuff
Who made the discovery of the fact that oxygen and hydrogen combine to make water?
The discovery that oxygen and hydrogen combine to make water was made by Antoine Lavoisier, a French chemist, in the late 18th century. Lavoisier's experiments with combustion and chemical reactions led to the understanding of the composition of water as being made up of two hydrogen atoms and one oxygen atom.
Where was Antoine lavoisier located when he discovered sulphur?
He didn't. The name "sulfur" was in use for this substance since the days of the Romans. LaVoisier simply showed that sulfur could not be broken down into any constituent parts, and was thus an "element."
What observations did Antoine Lavoisier make?
Antoine Lavoisier observed that during chemical reactions, matter is conserved and does not appear or disappear. He also recognized the role of oxygen in combustion and respiration, and laid the foundation for the law of conservation of mass in chemical reactions. Additionally, he identified and named oxygen and hydrogen as elements.
Why did Antoine Lavoisier decide to study science?
Antoine Lavoisier was attracted to science because he wanted to understand the natural world and make important discoveries. He saw science as a way to contribute to society and improve people's lives through advancements in chemistry and other fields. Additionally, his fascination with experimentation and precision drove him to pursue a career in science.
How did Antoine Lavoisier change science?
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.
What scientific contribution did Lavoisier make to chemistry?
Antoine Lavoisier is known for his work on identifying and naming chemical elements, creating a system of chemical nomenclature, and developing the law of conservation of mass in chemical reactions. His contributions played a crucial role in the development of modern chemistry as a distinct scientific discipline.
What important contribution did Lavoisier make to Dalton's atomic Theory of Matter?
What important contribution did Lavoisier make to Dalton's atomic theory of matter? Lavoisier helped the atomic theory of matter, by stating that matter is not destroyed or created, it just changes form. Located inside the nucleus, has a positive charge, and 1 amu.
Did Antoine lavoisier win a Nobel Prize?
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*)
Who discovered the origin of name for oxygen?
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.
When did Antoine Lavoisier invented the first periodic table?
LaVoisier did not invent a "periodic" table, he simply was one of the first to make a scientific list of elements, doing so in 1789 with Traité Élémentaire de Chimie . However, this list was not "periodic" in that he made no attempt to line them up by chemical qualities. When this was done by Mendele'ev about 100 years later, a major breakthrough in chemistry was achieved.
What significant contribution did Lavoisier make in chemistry?
Lavoisier is revered as the father of modern chemistry because of the quantitative measures taken to prove how elements work. Lavoisier's most famous experiment involved oxygen and how it can be used in combustion.
