How is condensation explained by the Kinetic Molecular Theory? Reduction in molecular kinetic energy eventually produces the solid phase Cooling increases collisions which causes molecules to bond together Cooling reduces particle motion, resulting in coalescence by attractive forces Heating breaks the solid bonds and liquid forms

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How is condensation explained by the Kinetic Molecular Theory? Reduction in molecular kinetic energy eventually produces the solid phase Cooling increases collisions which causes molecules to bond together Cooling reduces particle motion, resulting in coalescence by attractive forces Heating breaks the solid bonds and liquid forms

Answer 1

Condensation is explained by the Kinetic Molecular Theory as follows:**Cooling reduces particle motion, resulting in coalescence by attractive forces.**As the temperature decreases, the kinetic energy of the molecules decreases, causing them to move more slowly. This reduction in motion allows intermolecular attractive forces to bring the molecules closer together, leading to the transition from a gas to a liquid phase.

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