This document provides an overview of liquids and solids in advanced chemistry, covering topics such as intermolecular forces, the liquid and solid states, vapor pressure and phase diagrams, molecular solids, ionic solids, metallic structures, carbon and silicon networks, and vapor pressure and state changes. Key sections discuss properties of liquids and solids, intermolecular forces, the liquid state, types of solids including molecular, ionic and atomic solids, metallic bonding models, carbon and silicon network structures, and phase diagrams.

1. Liquids and Solids Advanced Chemistry Chapter 10

6. Intermolecular Forces 10.1

12. Boiling Points of Covalent Hydrides

14. Hydrogen bonds

19. London Dispersion Forces

21. The Liquid State 10.2

25. Surface Tension

29. Meniscus: Water vs. Mercury

32. Introduction to Structures and Types of Solids 10.3

36. Three types of Crystalline Solids

39. X-ray Analysis of Solids

43. X-ray Analysis of Solids

46. Types of Solids

49. Classification of Solids

50. Structure and Bonding in Metals 10.4

55. Closest Packing

56. Closest Packing: Hexagonal

57. Closest Packed: Cubic

67. Electron Sea Model

69. Band Model (MO Model)

71. Band Model

73. Metal Alloys

78. Carbon and Silicon Network Atomic Solids 10.5

83. Carbon

84. Carbon: Graphite layers

89. Glass

91. Silicates

98. Energy Level Diagrams for N-type and P-type Semiconductors.

104. Molecular Solids 10.6

106. Network Solids

108. Ionic Solids 10.7

119. Types and Properties of Solids

120. Vapor Pressure and Changes of State 10.8

125. Rates of Condensation and Evaporation.

133. Vapor Pressure

134. Vapor Pressure of Water

141. Heating Curve

144. Enthalpy of Fusions and Melting Points

153. Supercooled and Superheated

157. Phase Diagrams 10.9

159. Phase Diagram

161. Boiling Points of Water vs. Pressure

170. THE END!!