Question

How is condensation explained by the Kinetic Molecular Theory?


Cooling reduces particle motion, resulting in coalescence by attractive forces.
Cooling increases collisions, which causes molecules to bond together.
Heating breaks the solid bonds, and liquid forms.
Reduction in molecular kinetic energy eventually produces the solid phase.

Answer 1

@jordanloveangel

Answer 2

How is condensation explained by the Kinetic Molecular Theory?

True: cooling reduces particle motion resulting in coalescence by attractive forces

False: cooling increases collisions which causes molecules to bond together. False because increased collisions makes more heat according to KMT

False: heating breaks the solid bonds and liquid forms. False because liquid does not form just because you break solid bonds. If anything the bonds were a gas bond and not a solid

False:reduction in molecular kinetic energy eventually produces the solid phase. False because condensation is the liquid phase and you see that long before you get to the solid phase of ice

Answer 3

a Cooling reduces particle motion, resulting in coalescence by attractive forces.

Answer 4

At what approximate temperature and pressure can all three phases of water exist simultaneously?

Answer 5

^ The triple pt of water phase diagram