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Are noble gas flamable'?
if u put fire by it maby I dont really know, do you?
Which noble gas is chemically reactive?
Noble Gases are not reactive elements, no compounds are known for He or Ne. The heavier ones can form unstable compounds. Xenon and Krypton have a number of well known reactive fluorides and oxyfluorides.
Why don't the noble gases have an electron affinity value?
Noble gases have a full valence shell of electrons, so they are stable and do not readily gain or lose electrons. This stability leads to very low electron affinity values for noble gases, as they do not have a strong tendency to attract additional electrons to achieve a more stable electron configuration.
Why are noble gases used in lights?
Noble gases are used in lights because they are inert and do not react with other elements, making them stable and safe. When electricity passes through the gases, they emit colorful light due to the energy released during the process. This makes noble gases like neon, argon, and xenon popular choices for creating bright and vibrant lighting displays.
What can be done to make noble gases visible?
Noble gases can be made visible by either using a discharge tube to apply an electric current, causing them to emit colored light, or by forming compounds with other elements that exhibit color. For example, xenon can produce a blue glow when electrically excited, and radon can form compounds that emit visible light.
Are noble gas flamable'?
if u put fire by it maby I dont really know, do you?
Which noble gas is chemically reactive?
Noble Gases are not reactive elements, no compounds are known for He or Ne. The heavier ones can form unstable compounds. Xenon and Krypton have a number of well known reactive fluorides and oxyfluorides.
Why don't the noble gases have an electron affinity value?
Noble gases have a full valence shell of electrons, so they are stable and do not readily gain or lose electrons. This stability leads to very low electron affinity values for noble gases, as they do not have a strong tendency to attract additional electrons to achieve a more stable electron configuration.
Why are noble gases used in lights?
Noble gases are used in lights because they are inert and do not react with other elements, making them stable and safe. When electricity passes through the gases, they emit colorful light due to the energy released during the process. This makes noble gases like neon, argon, and xenon popular choices for creating bright and vibrant lighting displays.
Which atoms or elements do not form bonds?
The noble gases at the very right column of the Periodic Table. They have full outer electron shells, so there is no need to form covalent or ionic bonds. Radon and Xenon however, have been made, with difficulty, into compounds in recent years.
Do noble gases have electron configurations?
Yes they do. For abbreviated notation you should not just put the noble gas in brackets and call it done... back it up to the previous noble gas. For instance: Argon: 1s2 2s2 2p6 3s2 3p6 or [Ne] 3s2 3p6
Do you put all of the minerals that have the same colors in the same group?
yes because they have same effects
What do you call a carpenter and a gardener when you put them in the same group?
Enviorment
How do you send the same message to lots of email addresses at the same time?
You put lots of people in a contact group and send to that group.
What can be done to make noble gases visible?
Noble gases can be made visible by either using a discharge tube to apply an electric current, causing them to emit colored light, or by forming compounds with other elements that exhibit color. For example, xenon can produce a blue glow when electrically excited, and radon can form compounds that emit visible light.
Why is helium normally placed in group 18?
We all know that helium is a noble gas. It has atomic number 2 but it is placed in 18 group be because in 1st group the elements have only one electron in thier s orbital e.g. Hydrogen, lithium, sodium, potassium etc. But helium has two electron so it cannot exist in 1 group. In second group the s orbital are same but the physical and properties of helium is different from the elements present in second group. According to modern periodic table elements which have same physical properties are placed in same group. Since helium is an inert gas and its physical properties are similar to the other elements of the 18 group and also helium discoverd late so that hilium can be put in the 18 group
Can you put a bus battery into your van?
If it's the same group size & terminals.
