Helium is nonreactive because of its full outer shell of electrons and forms no compounds.
Because helium has completely filled valence s-orbital. Hence it is stable and unreactive (or chemically inert).
Helium
Noble gases Eg:-Helium,Neon,Argon,Xenon,Radon
Helium, argon, krypton, and neon are elements that are nonreactive noble gases, not Van der Waals forces.
Noble gases are also known as the inert gases, meaning they don't react because they have a stable octet (eight electrons in their valence shell). They all have eight electrons in their valence shell with the exception of helium because helium is rebel, but they are all nonreactive including helium.
Nothing. Helium and CO2 are non reactive with each other. Helium is a noble gas and not reactive at all. This mixture is used as a welding shield to minimize slag, and if oxygen is also included it is used as a deep diving air mix.
Helium is a nonreactive element called a noble gas.
Nothing will happen. Helium is completely nonreactive.
Helium
No they do not. Sulfur is a reactive solid, while helium is a nonreactive gas.
Helium, it is the most inert gas (element ) of all.
Yes, it is after helium the 2nd lightest noble gas.
all of the noble gases are nonreactive. Neon, argon, krypton, xenon, helium, and radon.
Noble gases Eg:-Helium,Neon,Argon,Xenon,Radon
Helium, argon, krypton, and neon are elements that are nonreactive noble gases, not Van der Waals forces.
Noble gases are also known as the inert gases, meaning they don't react because they have a stable octet (eight electrons in their valence shell). They all have eight electrons in their valence shell with the exception of helium because helium is rebel, but they are all nonreactive including helium.
Nothing. Helium and CO2 are non reactive with each other. Helium is a noble gas and not reactive at all. This mixture is used as a welding shield to minimize slag, and if oxygen is also included it is used as a deep diving air mix.
a nonreactive gas is a gas that does not react with any other element. you can find these nonreactive gases in the group 0 of the periodic table.