LEADER 00000cam  2200601Ia 4500 
001    ocn806018701 
003    OCoLC 
005    20150428035508.0 
008    120810s2014    nyua          001 0 eng d 
010      2012948432 
019    869838478 
020    9780071811347 
020    0071811346 
020    |z9780071811354 (e-ISBN) 
020    |z0071811354 (e-ISBN) 
035    (OCoLC)806018701|z(OCoLC)869838478 
040    BTCTA|beng|cBTCTA|dGK8|dYDXCP|dJQM|dOCLCO|dQBX|dCLE|dGO4
       |dOCLCF|dITD|dDLC|dOCLCO|dCRH 
049    CKEA 
050  4 QD41|b.G648 2014 
082 04 540/.76|223 
092    540.0000 
100 1  Goldberg, David E.|q(David Elliott),|d1932- 
245 10 Beginning chemistry /|cDavid E. Goldberg. 
246 3  Schaum's outlines, beginning chemistry 
250    4th ed. 
260    New York :|bMcGraw-Hill Education,|cc2014. 
300    xi, 368 pages :|billustrations ;|c28 cm 
336    text|btxt|2rdacontent 
337    unmediated|bn|2rdamedia 
338    volume|bnc|2rdacarrier 
490 1  Schaum's outline series 
500    At head of title: Schaum's outlines 
500    Includes index. 
505 0  1. Basic concepts -- Introduction -- The elements -- 
       Matter and energy -- Properties -- Classification of 
       matter -- Representation of elements -- Laws, hypotheses, 
       and theories -- 2. Mathematical methods in chemistry -- 
       Introduction -- Factor-label method -- Metric system -- 
       Exponential numbers -- Significant digits -- Density -- 
       Temperature scales -- 3. Atoms and atomic masses -- 
       Introduction -- Atomic theory -- Atomic masses -- Atomic 
       structure -- Isotopes -- Periodic Table -- 4. Electronic 
       configuration of the atom -- Introduction -- Bohr theory -
       - quantum numbers -- Quantum numbers and energies of 
       electrons -- Shells, subshells, and orbitals -- Shapes of 
       orbitals -- Buildup principle -- Electronic structure and 
       the Periodic Table -- 5. Chemical bonding -- Introduction 
       -- Chemical formulas -- The Octet Rule -- Ions -- Electron
       dot notation -- Covalent bonding -- distinction between 
       ionic and covalent bonding -- Predicting the nature of 
       bonding in compounds -- Detailed electronic configurations
       of ions (optional) -- 6. Inorganic nomenclature -- 
       Introduction -- Binary compounds of nonmetals -- Naming 
       ionic compounds -- Naming inorganic acids -- Acid salts --
       Hydrates -- 7. Formula calculations -- Introduction -- 
       Molecules and formula units -- Formula masses -- The mole 
       -- Percent composition of compounds -- Empirical formulas 
       -- Molecular formulas -- 8. Chemical equations -- 
       Introduction -- Balancing simple equations -- Predicting 
       the products of a reaction -- 9. Net ionic equations -- 
       Introduction -- Writing net ionic equations -- 10. 
       Stoichiometry -- Mole-to-mole calculations -- Calculations
       involving other quantities -- Limiting quantities -- 
       Calculations based on net ionic equations -- Heat capacity
       and heat of reaction -- 11. Molarity -- Introduction -- 
       Molarity calculations -- Titration -- Stoichiometry in 
       solution -- 12. Gases -- Introduction -- Pressure of gases
       -- Boyle's Law -- Graphical representation of  data -- 
       Charles' Law -- The Combined Gas Law -- The Ideal Gas Law 
       -- Dalton's Law of Partial Pressures -- 13. Kinetic 
       molecular theory -- Introduction -- Postulates of the 
       Kinetic Molecular Theory -- Explanation of gas pressure, 
       Boyle's Law, and Charles' Law -- Graham's Law -- 14. 
       Oxidation and reduction -- Introduction -- Assigning 
       oxidation numbers -- Periodic relationships of oxidation 
       numbers -- Oxidation numbers in inorganic nomenclature -- 
       Balancing oxidation-reduction equations -- 
       Electrochemistry -- 15. Solutions -- Qualitative 
       concentration terms -- Molality -- Mole fraction -- 16. 
       Rates and equilibrium -- Introduction -- Rates of chemical
       reaction -- Chemical equilibrium -- Equilibrium constants 
       -- 17. Acid-base theory -- Introduction -- The Brønsted-
       Lowry Theory -- Acid-base equilibrium -- Autoionization of
       water -- The pH scale -- Buffer solutions -- 18. Organic 
       chemistry -- Introduction -- Bonding organic compounds -- 
       Structural, condensed, and line formulas -- Hydrocarbons -
       - Isomerism -- Radicals and functional groups -- Alcohols 
       -- Ethers -- Aldehydes and ketones -- Acids and esters -- 
       Amines -- Amides -- 19. Nuclear reactions -- Introduction 
       -- Natural radioactivity -- Half-life -- Radioactive 
       series -- Nuclear fission and fusion -- Nuclear energy -- 
       Appendix. : Scientific calculations -- Scientific Algebra 
       -- Calculator Mathematics -- Table of the elements. 
520    Includes 673 fully solved problems and  examples with 
       explanations of chemistry concepts. 
650  0 Chemistry. 
650  0 Chemistry|vOutlines, syllabi, etc. 
650  0 Chemistry|vProblems, exercises, etc. 
650  7 Chemistry.|2fast 
655  7 Outlines, syllabi, etc.|2fast 
655  7 Problems, exercises, etc.|2fast 
740 0  Schaum's outline of beginning chemistry. 
740 0  Schaum's beginning chemistry. 
830  0 Schaum's outline series. 
914    FARM205980 
994    92|bCKE