The answer is: a. The intermolecular forces are much greater in water than in hydrogen sulfide
and hydrogen selenide.
Boiling point increases with strength of intermolecular forces as these intermolecular bonds need
to be broken for the molecules to escape into the gas phase. Water has strong intermolecular
hydrogen bonds not present in hydrogen sulfide and hydrogen selenide. Thus water has a much
higher boiling point.
Solution
The answer is: a. The intermolecular forces are much greater in water than in hydrogen sulfide
and hydrogen selenide.
Boiling point increases with strength of intermolecular forces as these intermolecular bonds need
to be broken for the molecules to escape into the gas phase. Water has strong intermolecular
hydrogen bonds not present in hydrogen sulfide and hydrogen selenide. Thus water has a much
higher boiling point..
The answer is a. The intermolecular forces are much greater in wate.pdf
1. The answer is: a. The intermolecular forces are much greater in water than in hydrogen sulfide
and hydrogen selenide.
Boiling point increases with strength of intermolecular forces as these intermolecular bonds need
to be broken for the molecules to escape into the gas phase. Water has strong intermolecular
hydrogen bonds not present in hydrogen sulfide and hydrogen selenide. Thus water has a much
higher boiling point.
Solution
The answer is: a. The intermolecular forces are much greater in water than in hydrogen sulfide
and hydrogen selenide.
Boiling point increases with strength of intermolecular forces as these intermolecular bonds need
to be broken for the molecules to escape into the gas phase. Water has strong intermolecular
hydrogen bonds not present in hydrogen sulfide and hydrogen selenide. Thus water has a much
higher boiling point.
