Chemistry & chemical reactivity.
Series: Saunders golden sunburst seriesPublication details: Fort Worth : Saunders College Pub., c1996.Edition: 3rd ed., Instructor's annotated ed. / John C. Kotz, Paul Treichel, JrDescription: 1 v. (various pagings) : ill. (some col.) ; 27 cmISBN:- 0030012910
- Chemistry and chemical reactivity
- 540 22 KOT
| Item type | Current library | Call number | Copy number | Status | Date due | Barcode |
|---|---|---|---|---|---|---|
Book Open Access
|
Engineering Library | 540 KOT (Browse shelf(Opens below)) | 1 | Available | BUML23112059 | |
|
Book Open Access
|
Science and Education Library | 540 KOT 1 (Browse shelf(Opens below)) | 1 | Available | NAGL23120095 |
CONTENT
Part 1
Chapter 1 Matter and measurement
1.1 Physical properties
1.2 Elements and toms
1.3 Compounds and molecules
1.4 Chemical and physical change
1.5 Mixtures and pure substances
etc.
Chapter 2 Atoms and elements
2.1 Origins of Atomic theory
2.2 Atomic structure
2.3 Atomic composition
2.4 Isotopes
2.5 Atomic mass
etc.
Chapter 3 Molecules and compounds
3.1 Elements that exist as molecules
3.2 Molecular compounds
3.3 Ions
3.4 Ionic compounds
3.5 Names of compounds
etc.
Chapter 4 Principles of reactivity:Chemical reactions
4.1 Chemical equations
4.2 Balancing chemical equations
4.3 Properties of compounds in aqueous solution
4.4 Acids and bases
4.5 Equations for reactions in aqueous solution: Net ionic equations
etc
.
Chapter 5 Stoichiometry
5.1 Weight relations in chemical reactions: Stoichiometry
5.2 Reactions in which one reactant is present in limited supply
5.3 Percent yield
5.4 Chemical equations and chemical analysis
5.5 Working with solutions
etc.
Chapter 6 Principles of reactivity:Energy and chemical reactions
6.1 Energy: Its forms and units
6.2 Specific heat and thermal energy transfer
6.3 Energy and changes of state
6.4 Enthalpy
6.5 Enthalpy changes of chemical reactions
etc.
Part 2
Chapter 7 Atomic structure
7.1 Electromagnetic radiation
7.2 Planck,Eistein, energy and photons
7.3 Atomic line spectra and Niels Bohr
7.4 The wave properties of the electron
etc.
Chapter 8 Atomic electron configurations and chemical periodicity
8.1 Electron spin
8.2 The Pauli exclusion principle
8.3 Atomic subshell energies and electron assignments
8.4 Atomic electron configurations
etc.
Chapter 9 Bonding and molecular structure:Fundamental concepts
9.1 Valence electrons
9.2 Chemical bond formation
9.3 Covalent bonding
9.4 Bond properties
etc.
Chapter 10 Bonding and molecular structure:Orbital hybridization,molecular orbitals and metallic bonding
10.1 Valence bond theory
10.2 Molecular orbital theory
10.3 Metals and semiconductors
etc.
Chapter 11 Bonding and molecular structure:Organic chemistry
11.1 Alkanes
11.2 Alkanes and Alkynes
11.3 Aromatic compounds
11.4 Alcohols
etc.
Part 3
Chapter 12 Gases
12.1 The properties of gases
12.2 The Gas laws:The experimental basis
12.3 The ideal gas law
12.4 The gas laws and chemical reactions
etc.
Chapter 13 Bonding and molecular structure: Inter molecular forces,liquids and solids
13.1 Phases of matter and the kinetic-molecular theory
13.2 Inter molecular forces
13.3 Properties of liquids
13.4 Metallic and ionic solids
etc.
Chapter 14 Solutions and their behaviour
14.1 Units of concentration
14.2 The solution process
14.3 Colligative process
14.4 Colloids
Part 4
Chapter 15 Principles of reactivity;Chemical kinetics
15.1 Rates of chemical reactions
15.2 Reaction conditions and reaction rate
15.3 Effect of concentration on reaction rate
15.4 Relationships between concentration and time
etc.
Chapter 16 Principles of reactivity:Chemical equilibria
16.1 The nature of equilibrium
16.2 The equilibrium constant
16.3 The reaction quotient
16.4 Calculating an equilibrium constant
etc.
Chapter 17 Principles of reactivity:The chemistry of acids and bases
17.1 Acids,bases and arrhenius
17.2 The hydronium ion and water autoionization
17.3 The bronsted concept of acids and bases
17.4 Strong acids and bases
etc.
Chapter 18 Principles of reactivity:Reactions between acids and bases
18.1 Acids-base reactions
18.2 The common ion effects
18.3 Buffer solutions
18.4 Acid-base titration curves
etc.
Chapter 19 Principles of reactivity:Precipitation reactions
19.1 The solubility product constant
19.2 Determining Ksp from experimental measures
19.3 Estimating salt solubility from Ksp
19.4 Precipitation of insoluble salt
etc.
Chapter 20 Principles of reactivity:Entropy and free energy
20.1 Spontaneous reactions and speed: Thermodynamics versus kinetics
20.2 Directionality of reactions: Entropy
20.3 Gibbs free energy
20.4 Thermodynamics and the equilibrium constant
etc.
Chapter 21 Principles of reactivity:Electron transfer reactions
21.1 Oxidation-reduction reactions
21.2 Chemical change leading to electric current
21.3 Electrochemical cells and potentials
21.4 Using standard potentials
etc.
Part 5
Chapter 22 Chemistry of the main group elements
22.1 The periodic table-A guide to the elements
22.2 Hydrogen
22.3 Sodium and potassium
22.4 Calcium and magnesium
etc.
Chapter 23 Chemistry of the transition metals
23.1 Properties of the transition element
23.2 Commercial production of transition metals
23.3 Coordination compounds
23.4 Structures of coordination compounds ans isomers
etc.
Chapter 24 Nuclear chemistry
24.1 The nature of radioactivity
24.2 Nuclear reactions
24.3 Stability of atomic nuclei
24.4 Rate of disintegration reactions
etc.
Includes index: (Varying pages).
"Supporting materials": p. xi-xiii.
There are no comments on this title.