Chemistry & chemical reactivity / John C Kotz, Paul M Treichel Jr, Patrick A Harman

Contents;

Chapter 1 Matter and measurement
01.08 Density1
01.08 Density 2
10.10 Temperature
10.11 Physical properties of matter
10.13 Identifying the pure substances and mixtures
10.16 Metric system prefix
etc.

Chapter 2 :Atoms and elements
02.04 Electric charge
02.05 Radiation and charge
02.06 Cathode rays
02.07 Millican oil drop experiment
02.08 Canal ray experiment

Chapter 3 :Molecules,ions and compounds
03.04 Representing compounds
03.04 Isomers
03.05 Ions:Predicting charge 1
03.05 Ions: Predicting charge 2
etc.

Chapter 4; Chemical equations and stoichiometry
04.03 The law of conservation of matter
04.03 The law of conservation of matter
04.04 Balancing chemical equations
04.05 Weight relations in chemical reactions
04.06 Stoichiometry; Theoretical yield
etc.

Chapter 5: Reactions in Aqueous solutions
05.04 Solubility of ionic compounds
05.04 Solubility of ionic compounds
05.05 Netionic equations
05.07 Precipitation reactions
05.08 Acids
etc.

Chapter 6 : Energy and chemical reactions
06.02 Product favored systems:Gummi bear
06.05 Energy conversions
06.07 Energy unit conversions
06.09 Temperature changes from heat transfers
etc.

Chapter 7: Atomic structure
07.03 Determining frequency
07.03 Determining wavelength
07.04 The electromagnetic spectrum
07.05 Planck's equation
etc.

Chapter 8 Atomic electron configurations and chemical periodicity
08.06 Effective nuclear charge
08.07 Electron configurations and magnetism
08.07 Electron confifuration 1
08.07 Electron configurations of ions
etc.

Chapter 9 Bonding and molecular structure: fundamental concepts
09.06 Interpreting lewis electron dot structures
09.07 Drawing lewis structures
09.07 Drawing lewis structures
09.08 Resonance structures
etc
.
Chapter 10 Bonding and Molecular structures:Orbital hybridization and molecular orbitals
10.05 0 Bonding
10.06 Determining hybrid orbital
10.07 Multiple bonding n Bonding
10.08 Identifying isomers vs conformers
etc.

Chapter 11 Bonding and molecular structure: Carbon - more than just another element
11.04 Predicting the products of addition reactions
11.05 Markovnikov's rule
11.06 Hybridization 1
11.07 Hybridization 2
etc.

Chapter 12 Gases and their properties
12.04 Ideal Gas law
12.04 Ideal Gas law
12.05 Determining Gas density
12.05 Finding molecular weight of gases
etc.

Chapter 13 Bonding and molecular structure:: Intermolecular forces,liquids and solids
13.07 Identification of intermolecular forces
13.07 Determining intermolecular forces
13.05 Identifying intermolecular forces
13.08 Enthalpy of vaporization
etc.

Chapter 14 Solutions and their behavior
14.02 Solubility
14.04 Dissolving ionic compounds
14.05 Factors affecting solubility 2
14.05 Factors affecting solubility 1
etc.

Chapter 15 Principles of reactivity: chemical kinetics
15.04 Concentration dependence
15.04 Concentration dependence
15.05 Determining the rate equation
15.06 Concentration-time relationship
etc.

Chapter 16 Principles of reactivity: Chemical equilibria
16.03 Equilibrium state
16.04 Equilibrium constant
16.05 The meaning of the equilibrium expressions
16.06 Writing equilibrium expressions
etc.

Chapter 17 Principles of reactivity:The chemistry of Acids and bases
17.02 Bronsted acids-base reactions
17.02 Bronsted acids and bases
17.03 Autoionization
17.04 The pH Scale
etc.

Chapter 18 Principles of reactivity:Other aspects of aqueous equilibria
18.02 Common ion effect
18.03 Buffer solutions
18.03 Buffer solutions
18..04 pH of buffer solutions
etc.

Chapter 19 Principles of reactivity;entropy and free energy
19.06 Calculating AS Sfor reactions
19.06 Calculating AS for the universe
19.06 The second law of thermodynamics
etc.

Chapter 20 Principles of reactivity: Electron transfer reactions
20.06 Voltaic cells under standard conditions
20.06 Voltaic cell potentials
20.07 Voltaic cells under non standard conditions
20.12 Coulometry
etc.

Includes bibliographical references and index