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Q: Which attactions are most prevalent between molecules of HF in the liquid phase?
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Which attractions are most prevalent between molecules of HF in the liquid phase?

Hydrogen bonds


What is the difference between the molecules in a hot solid and hot liquid?

The molecules in a solid vibrate in place. The molecules of a liquid are moving about.


What is between the molecules of liquid water?

Water molecules are linked by hydrogen bonds.


How does the attraction between molecules affect the ability of a liquid to flow?

Attractions between molecules may affect the viscosity of a liquid because if the molecules aren't attracted close enough together, the viscosity will be much lower (the liquid will have a watery appearance). If the molecules are closer together, the liquid will have a higher viscosity


In steam are the forces between molecules the same as the forces between the molecules in water?

No, they are not. The forces between molecules in steam are not as strong as those present in liquid water.


What happens to the molecules in a solid when it dissolves?

molecules of a solid break up get's into the space that is in between the liquid molecules


Why is the thermal conductivity of a liquid larger than of a gas?

The molecules in a liquid are densely packed than in a gas. The shorter distance between the molecules allows the energy to transfer more efficiently between molecules, therefore allowing more heat to pass between them.


Why are liquid molecules away from each other?

Due to weak secondary forces between molecules...


The friction between moving molecules in a liquid is called?

Viscosity


What has virtually no bonds between molecules a solid a liquid or gas?

liquid


Why does ice have a difference density than a liquid?

It has a different amount of space between molecules


What is the relationship between intermolecular forces and volatilit?

A volatile liquid is easy to vaporize because there are weak intermolecular attractions between its molecules. A nonvolatile liquid is difficult to vaporize because there are strong intermolecular attractions between its molecules.