Why Water Is A Liquid At Room Temperature But Hydrogen Sulphide Is A Gas

Its because of hydrogen bonding that occurs between the h and o of adjacent water molecules. This energy is available at room temperature and hence hydrogen sulphide is a gas while water is still a liquid. Answered by melissa k.

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Why Is H2o Liquid And H2s Gas At Room Temperature Quora

Why Is H2o A Liquid While H2s Is A Gas Quora

H2s Is Gas While H2o Is Liquid Why

Why Is H 2 O A Liquid And H 2 S A Gas

Explain H2 O Is Liquid But H2s Is A Gas

Hydrogen Reactivity Of Hydrogen Britannica

H2s hydrogen sulfide is a gas because at room temperature the forces and interactions between the molecules of hydrogen sulfide are very weak.

Why water is a liquid at room temperature but hydrogen sulphide is a gas.

Chemistry tutor 10975 views see similar chemistry a level tutors. Have you registered for the pre jee main pre aipmt 2016. Although hydrogen sulphide has a greater molecular mass than water water is a liquid at room temperature while carbon dioxide is a gas because of the strong intermolecular forces that hold water. The water molecule has a stronger dipole a.

Paper by super 30 aakash institute powered by embibe analysis improve your score by 22 minimum while there is still time. The water molecule has a stronger dipole a negatively and positively charged end to the individual molecule so these negative and positive ends continually attract each other like magnets of opposite poles creating more cohesion between the molecules of water explaining the liquid phase. Its a very strong bond that packs the water molecules closely together forming a liquid. H2s hydrogen sulfide is a gas because at room temperature the forces and interactions between the molecules of hydrogen sulfide are very weak.

Hence water has a higher boiling point or is a liquid at room temperature whereas h 2 s is a gas at room temperature. So lesser energy is required to overcome the forces of interaction between the hydrogen sulphide molecules than those between water molecules. Thus due to stronger intermolecular forces in water water will be a liquid and hydrogen sulfide having much weaker intermolecular forces will therefore exist as a gas under standard atmospheric.