The boiling points of neon and krypton are - 245.9^∘C and - 152.9^∘C respectively. Using these data estimate the boiling point of argon. (report answer as the negative of the closest integer)
![SOLVED: which of the following is lower for argon than for neon? a.) melting point b.) boiling point c.) polarizability d.) heat of vaporization e.) first ionization energy SOLVED: which of the following is lower for argon than for neon? a.) melting point b.) boiling point c.) polarizability d.) heat of vaporization e.) first ionization energy](https://cdn.numerade.com/ask_previews/b7f82997-3f5b-4a58-a53f-dceea1884142_large.jpg)
SOLVED: which of the following is lower for argon than for neon? a.) melting point b.) boiling point c.) polarizability d.) heat of vaporization e.) first ionization energy
![Neon. Edelgase. Chemisches Element von Mendelejews Periodensystem. Neon in quadratische Würfel Kreativkonzept Stockfotografie - Alamy Neon. Edelgase. Chemisches Element von Mendelejews Periodensystem. Neon in quadratische Würfel Kreativkonzept Stockfotografie - Alamy](https://c8.alamy.com/compde/jm91yk/neon-edelgase-chemisches-element-von-mendelejews-periodensystem-neon-in-quadratische-wurfel-kreativkonzept-jm91yk.jpg)