Chemistry : the molecular nature of matter and change /
Silberberg, Martin S.
Chemistry : the molecular nature of matter and change / Martin S. Silberberg. - 4th edition. - Boston : McGraw-Hill, c2006. - xxi, (various pagings) : ill. (some col.) ; 28 cm.
Contents;
Chapter 1: The three states of matter
Chapter 2: Rutherford's experiment
Formation of an ionic compound
Chapter 3: Limiting reactant
Making a solution
Chapter 4: Dissolution of an ionic compound and a covalent compound
Precipitation reactions
Chapter 5: Properties of gases
Chapter 6: Energy flow
Chapter 7: Emission spectra
Atomic line specta
Chapter 8: Isoelectronic series
Chapter 9: Formation of an ionic compound
Formation of a covalent bond
Ionic vs. covalent bonding
Chapter 10: VSEPR theory and the shapes of molecules
VSEPR
Influence of shape on polarity
Polarity of molecules
Chapter 11: Molecular shapes and orbital hybridization
Chapter 12: Vapor pressure
Phase diagrams and the states of matter
Cubic unit cells and their origins
Chapter 17: Le ChYtelier's principle
Chapter 18: Dissociation of strong and weak acids
Chapter 19: Acid-base titration
Chapter 21: Galvanic cell
Operation of a voltaic cell
Chapter 22: Thermite reaction
Iron smelting
Aluminum production
Chapter 23: Vanadium reduction
Chapter 24: Radioactive decay
Includes bibliographical references and index.
0072558202 (hard copy : alk. paper) 0072964391
2004018874
Chemistry.
540 / SIL
Chemistry : the molecular nature of matter and change / Martin S. Silberberg. - 4th edition. - Boston : McGraw-Hill, c2006. - xxi, (various pagings) : ill. (some col.) ; 28 cm.
Contents;
Chapter 1: The three states of matter
Chapter 2: Rutherford's experiment
Formation of an ionic compound
Chapter 3: Limiting reactant
Making a solution
Chapter 4: Dissolution of an ionic compound and a covalent compound
Precipitation reactions
Chapter 5: Properties of gases
Chapter 6: Energy flow
Chapter 7: Emission spectra
Atomic line specta
Chapter 8: Isoelectronic series
Chapter 9: Formation of an ionic compound
Formation of a covalent bond
Ionic vs. covalent bonding
Chapter 10: VSEPR theory and the shapes of molecules
VSEPR
Influence of shape on polarity
Polarity of molecules
Chapter 11: Molecular shapes and orbital hybridization
Chapter 12: Vapor pressure
Phase diagrams and the states of matter
Cubic unit cells and their origins
Chapter 17: Le ChYtelier's principle
Chapter 18: Dissociation of strong and weak acids
Chapter 19: Acid-base titration
Chapter 21: Galvanic cell
Operation of a voltaic cell
Chapter 22: Thermite reaction
Iron smelting
Aluminum production
Chapter 23: Vanadium reduction
Chapter 24: Radioactive decay
Includes bibliographical references and index.
0072558202 (hard copy : alk. paper) 0072964391
2004018874
Chemistry.
540 / SIL