•+C+Chapter+11

Chapter 11 Intermolecular Forces (Forces Between Molecules and Atoms)



Use the following links as you move through this chapter. [|AP Ch 11 Homework]



[|Chapter 11 Notes.pdf] =The Great Spagetti Cookoff= As a liquid is heated, it's vapor pressure increases. A liquid boils when it is heated to a temperature at which its vapor pressure equals the external atmospheric pressure; during the boiling process, the temperature does not rise even though heat continues to be added.





[|Ch 11 Reading Guide Section 1-4 Intermolecular Forces.pdf]

[|AP Notes Ch 11 Energy Intermolecular Bonding.doc]

[|Intermolecular Forces University of Florida Lecture]



[|Dr. Nutt's Vapor Pressure Animation]

[|Visual of London Forces]



[|Animation - Effect of Dipole on Boiling Point] (could this go any slower?)

[|Animation - Boiling Water (a dRush Favorite - hypnotizing] )

[|Clausius Clapyron Equation]

R //T// || + || Δ//Ssub// R ||
 * ln //P// = - || Δ//Hsub//

[|Heating and Cooling Curve, Latent heat (potential energy), and Self Quiz]



[|Phase Diagram with Questions]

=Supercritical Fluids - above the critical point= How about those supercritical fluids? Somewhere over the critical point...molecules fly...can't liquify over the critical point...why oh why can't I? [|Picture of carbon dioxide as a supercritical fluid] Here is a [|phase diagram] with boundaries between the supercritical fluid phase and the liquid and gas phases.

[|AP Quiz Quiz Ch 11 Phase Changes.doc]

[|Ch 11 Quiz Forces in Pairs of Molecules.pdf]



[|Ch 11 Practice Test Intermolecular Forces.pdf]

[|AP Chem Test Free Response Intermolec Forces.pdf]