Would ethene or ethyne would have a higher bond dissociation energy? explain

The feedback you provide will help us show you more relevant content in the future.

Explanation:

ethyne

Explanation:

Bond dissociation energy or homolytic dissociation energy is defined as the energy required to break the covalent bond present in a compound homolytically.

Homolysis is the breakage of a single bond. therefore, this energy represents the energy needed to break the bonds singly

ethene has a bond dissociation energy of 730KJ/mol while ethyne has a bond dissociation energy of 964KJ/mol. the energy needed to break the bonds of ethyne is higher than that needed to break the bonds of ethene

altitude, density, pressure

air gets less dense the higher the altitude and also the air pressure is less as altitude rises.

your answer would be a. 12.5 kg