Question

possible points: 2
if you were to heat a liquid, what would happen to its viscosity? viscosity increases

what is your reasoning?
the particles would move around more and move further apart, creating less friction when the material is transferred to another container
the particles of the material would be closer together and able to slide past one another easily.
the particles would move around more and move further apart, creating less friction when the material is transferred to another container.
temperature has no impact on the viscosity of a liquid, therefore there is no change in viscosity.
none of the above

Explanation:

When a liquid is heated, its particles gain kinetic energy, moving more rapidly and spreading out. This reduces the intermolecular friction that creates viscosity, so the liquid's viscosity decreases. The correct reasoning matches this particle behavior and its effect on friction/viscosity.

Answer:

1. Viscosity decreases
2. The particles would move around more and move further apart, creating less friction when the material is transferred to another container.