and because they were quite stupid
As long as you're referring to the rightmost group (starting with Helium) then yes, they are referred to as Noble/Inert gases.Note: Many scientists will call it group 18 instead of group 8.
One use of noble gases is in lighting, such as neon lights. Because noble gases are unreactive, they can be used in these applications as they do not readily form compounds or react with other substances, allowing for a stable and long-lasting light source.
Noble gases are present in group 18 on the modern periodic table. Noble gases have completely filled orbitals / energy levels. They generally have 8 valence electrons (helium has only 2) and have stable electronic configuration. Hence they are chemically inert and generally donot form compounds under normal conditions.
First - Hydrogen isn't a noble gas.Actually, no elements will bond with noble gases except under extreme conditions. Chemicals bond by either sharing or trading electrons. Noble gases have all of the electrons they need, and hydrogen atoms have one extra electron, thus noble gases don't want to bond.In 1933 Linus Pauling predicted that the heavier noble gases would be able to form compounds with fluorine and oxygen. Specifically, he predicted the existence of krypton hexafluoride (KrF6) and xenon hexafluoride (XeF6), speculated that XeF8 might exist as an unstable compound, and suggested that xenic acid would form perxenate salts. These predictions proved quite accurate, although subsequent predictions for XeF8 indicated that it would be not only thermodynamically unstable, but kinematically unstable. As an example of the extreme conditions usually required to make such molecules, Xenon hexafluoride can be prepared by long-term heating of XeF2 at about 300°C and pressure 6 MPa (60 atmospheres).
The noble gases are rather uncommon on Earth. Collectively, they make up about 1 percent of Earth's atmosphere. Most of the noble gases have been detected in small amounts in minerals found in Earth's crust and in meteorites. They are thought to have been released into the atmosphere long ago as by-products of the decay of radioactive elements in Earth's crust. (Radioactivity is the property that some elements have of spontaneously giving off energy in the form of particles or waves when their nuclei disintegrate.)
As long as you're referring to the rightmost group (starting with Helium) then yes, they are referred to as Noble/Inert gases.Note: Many scientists will call it group 18 instead of group 8.
Mountains are quite big so they are rather hard to miss. People knew about mountains long before there were any scientists.
Not until the mid-to-late 1800s
Paleontologists are constantly discovering new dinosaurs. This will probably continue for a very long time to come.
One use of noble gases is in lighting, such as neon lights. Because noble gases are unreactive, they can be used in these applications as they do not readily form compounds or react with other substances, allowing for a stable and long-lasting light source.
Noble gases are present in group 18 on the modern periodic table. Noble gases have completely filled orbitals / energy levels. They generally have 8 valence electrons (helium has only 2) and have stable electronic configuration. Hence they are chemically inert and generally donot form compounds under normal conditions.
First - Hydrogen isn't a noble gas.Actually, no elements will bond with noble gases except under extreme conditions. Chemicals bond by either sharing or trading electrons. Noble gases have all of the electrons they need, and hydrogen atoms have one extra electron, thus noble gases don't want to bond.In 1933 Linus Pauling predicted that the heavier noble gases would be able to form compounds with fluorine and oxygen. Specifically, he predicted the existence of krypton hexafluoride (KrF6) and xenon hexafluoride (XeF6), speculated that XeF8 might exist as an unstable compound, and suggested that xenic acid would form perxenate salts. These predictions proved quite accurate, although subsequent predictions for XeF8 indicated that it would be not only thermodynamically unstable, but kinematically unstable. As an example of the extreme conditions usually required to make such molecules, Xenon hexafluoride can be prepared by long-term heating of XeF2 at about 300°C and pressure 6 MPa (60 atmospheres).
The noble gases are rather uncommon on Earth. Collectively, they make up about 1 percent of Earth's atmosphere. Most of the noble gases have been detected in small amounts in minerals found in Earth's crust and in meteorites. They are thought to have been released into the atmosphere long ago as by-products of the decay of radioactive elements in Earth's crust. (Radioactivity is the property that some elements have of spontaneously giving off energy in the form of particles or waves when their nuclei disintegrate.)
Body gases can travel at quite speeds, but this is not necessary to know and therefore scientists would rather spend their time on something else.
The truth is that Long John Silver is NOT noble. in fact he is selfish and greedy!
Chemosynthesis was first identified in 1977 when a team of scientists on an ocean research expedition near the Galápagos Islands off the coast of Ecuador found hot vents on the ocean floor spewing a chemical soup of hot fluid.
The proud and noble English Long family name descends from a Norman noble of Preux in Normandy.