ap chemistry - unit 3: imfs, states of matter & gas laws

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• 0:00

  Introduction to Unit 3 Review

• 0:32

  Defining Intermolecular Forces

• 1:02

  Forces Between Molecules

• 2:04

  Bulk Properties Affected

• 2:35

  Dipole-Dipole Forces

• 3:38

  Identifying Polar Molecules

• 4:42

  Drawing HCl Structure

• 5:44

  Partial Charges in HCl

• 7:49

  Dipole-Dipole Attraction

• 8:52

  H2S and Formaldehyde Interaction

• 10:26

  Hydrogen Bonding Explained

• 11:29

  Strength and Biomolecules

• 12:32

  HF and Methanol Examples

• 14:04

  Hydrogen Bond as Dipole-Dipole

• 15:06

  London Dispersion Forces

• 16:40

  Polarizability and Strength

• 17:43

  Water vs Wax Comparison

• 18:44

  States of Matter Overview

• 19:48

  Particle Interactions in States

• 21:21

  Properties of Liquids

• 22:22

  Melting and Boiling Points

• 23:23

  Viscosity and Surface Tension

• 25:27

  Types of Solids

• 28:31

  Kinetic Molecular Theory

• 30:34

  Ideal vs Real Gases

• 32:38

  Ideal Gas Law PV=nRT

• 34:12

  Ideal Gas Law Problem

• 36:51

  Calculating Moles and Kelvin

• 39:56

  Unit 3 Summary

• 40:58

  Q&A on Kinetic Theory

• 43:06

  Maxwell-Boltzmann Distribution

• 45:12

  Graph Changes with Temp/Mass