dispersion forces are greater in Radon than in xenon and krypton because radon has the greatest number of electrons and thus the greatest ability to polarize.
Radon (Rn) Melting points: 202.0 K, −71.15 °C, −96.07 °F Boiling points: 211.3 K, −61.85 °C, −79.1 °F
helium has the least density, xenon has the highest.
Radon is a noble gas and remains in a gaseous state at standard temperature and pressure. It does not have a freezing point as it does not freeze under normal conditions.
The Lewis structures for krypton and radon both show the noble gases with a full valence shell, indicated by a complete octet of electrons around the central atom. However, krypton has eight electrons in its valence shell, while radon has six electrons in its valence shell due to its position in the periodic table. Additionally, radon has a higher atomic number and therefore a larger size compared to krypton.
These are the noble or inert gases, and they are all stable except for radon. Radon has no stable isotopes.
Radon (Rn) Melting points: 202.0 K, −71.15 °C, −96.07 °F Boiling points: 211.3 K, −61.85 °C, −79.1 °F
"Noble gas" is not a single thing, it is a category of elements. Noble gases compose the rightmost column of the Periodic table: Helium, Neon, Argon, Krypton, Xenon, and Radon. All are gaseous at any standard temperature ranges. Boiling points (in Centigrade): Helium: -269 Neon: -246 Argon: -185 Krypton: -153 Xenon: -108 Radon: -61
-61.8 degrees Celsius
Rn (Radon) has the highest boiling point among Kr (Krypton), Xe (Xenon), and Rn. This is because as you move down the noble gas group on the periodic table, the boiling points increase due to the increase in atomic size and London dispersion forces.
helium has the least density, xenon has the highest.
Radon is a noble gas and remains in a gaseous state at standard temperature and pressure. It does not have a freezing point as it does not freeze under normal conditions.
Melting Point: -71.0 °C (202.15 K, -95.8 °F)Boiling Point: -61.8 °C (211.35 K, -79.24 °F)
The Lewis structures for krypton and radon both show the noble gases with a full valence shell, indicated by a complete octet of electrons around the central atom. However, krypton has eight electrons in its valence shell, while radon has six electrons in its valence shell due to its position in the periodic table. Additionally, radon has a higher atomic number and therefore a larger size compared to krypton.
Radon is a member of the noble gases group: helium, neon, argon, krypton, xenon, radon.
These are the noble or inert gases, and they are all stable except for radon. Radon has no stable isotopes.
All of the group 8 (group 0) elements - Helium, Neon, Argon, Krypton, Xenon, Radon
Krypton and radon are both noble gases, which means they are typically inert and do not readily react with other elements. However, krypton can form some compounds with fluorine under certain conditions, such as krypton difluoride (KrF2). Radon, being heavier and more stable, has even fewer known compounds and does not react with fluorine under normal conditions. Overall, while krypton may react with fluorine to a limited extent, radon is unlikely to do so.