For each of the following sets of substances, explain the predominate type of in

Question

For each of the following sets of substances, explain the predominate type of interctions they are likely to experience if combined at room temperature and atmospheric pressure.if they experience intermolecular forces., indicate which ones are experienced most strongly ( i.e dispersion, dipole, hydrogen bonding ). If they will undergo acid/base interaction, indicate which species is which (acid/base) and whether the mechanism him often direction is the best described as Bronsted/Lowry or Lewis. If the species are immiscible and/or unreactive,indicate this as well. If more than one type of interaction is possible, indicate which is likely to predominate. Water and glucose Water and acetic acid Iron III ions and water Aqueous iron III ions and aqueous ammonia Benzene and hexane Aqueous acidic acid and Aqueous ammonia Hexane and water Ethanol and water
Please help , thank you :) For each of the following sets of substances, explain the pr interactions they are likely to experience i atmospheric pressure. If they experience intermolecular experienced most strongly (i.e. dispe undergo acid/base interaction, indicate w edominant types of e intermolecular forces, indicate which ones are ost strongly Gi.e. dispersi which species is which (acid/base) and whether ce if combined at room temperature and rsion, dipole, hydrogen bonding). If they will cribed as Bronsted/Lowry or Lewis. If the dnd erechanism of interaction is best diwe, indicate this as well. If more than one type of interaction is possible, indicate which is lke the mechanism of interaction is best described species are immiscible and/or unreactive, 1 interaction is possible, indicate which is likely to predominate is likely to predominate. Water and glucose Water and acetic acid Iron III ions and water Aqueous iron III ions and aqueous ammonia Benzene and hexane Aqueous acetic acid and aqueous ammonia Hexane and water Ethanol and water

Explanation / Answer

Water and glucose ---------------> hydogen bonds

Water and acetic acid -------------> hydogen bonds

Iron III ions and water ---------------> ion -dipole interactions

Aqueous iron III ions and aqueous ammonia -------------> complex formation . Fe+3 act as lewis acid , NH3 act as lewis base

Benzene and hexane -------------> dispersion forces

Aqueous acidic acid and Aqueous ammonia -------------> acid -base reaction . CH3COOH bronsted acid , NH3 bronsted base

Hexane and water --------------> no interaction

Ethanol and water --------------> hydogen bonds

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