Chemistry, 27.12.2019 02:31 ezellcarly

Consider the formation of the three solutionsshown in the table. type of interaction strength of interaction solution a solution b solution csolute-solute weak weak strongsolvent-solvent weak strong strongsolute-solvent strong strong weaka. rank the solutions a, b, and c from the most exothermic to the mostendothermic. b. rank the enthalpy of solution frommost exothermic to most endothermic. to rank items as equivalent, overlap them.

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Answer from: saurav76

Solution A is mostly exothermic.

Solution C is mostly endothermic.

Ranking order of solutions:

A (most exothermic) > B > C (most endothermic

Explanation:

Complete question

Type of interaction Strength of Interaction

Solution A Solution B Solution C

Solute Solute weak weak strong

Solvent Solvent weak weak strong

Solute Solvent strong strong weak

rank the enthalpy of solution from most exothermic to most endothermic. To rank items as equivalent,overlap them.

Answer

In the event that solute-solvent connection is solid, the arrangement's development is progressively exothermic. From the given solutions, solution A has a solid solute–solvent collaboration. In this manner, it is increasingly exothermic. On the off chance that there is a weak solute–solvent interaction, the solution development is increasingly endothermic. From the given solutions, arrangement C has a weak solute–solvent interaction. Hence, it is increasingly endothermic.

Ranking order of solutions:

A (most exothermic) > B > C (most endothermic

so when the solute solvent interaction is weak then the formation is endothermic

and when the solute solvent interaction is strong then the formation is exothermic

Answer from: Quest

c. heat could easily travel through the molecules in the air and escape/enter the flask. removing the air slows down the heat transfer.

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