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Chemistry / Allan Blackman, Steven Bottle, Siegbert Schmid, Mauro Mocerino, Uta Wille, authors.

Contributor(s): Milton, Qld, Australia : John Wiley & Sons Australia, Ltd., 2019Edition: Fourth editionDescription: xv, 1686 pages : colored illustrations ; 28 cmISBN:
  • 9780730363286 (pbk)
Subject(s): DDC classification:
  • 23 540 C42 2019
Contents:
Intro; Chemistry; Brief contents; Contents; About the authors; 1 The atom; 1.1 The essential concepts in brief; 1.2 The atomic theory; 1.3 The structure of the atom; Atomic mass; 1.4 The periodic table of the elements; The modern periodic table; Naming the elements; 1.5 Electrons in atoms; SUMMARY; KEY CONCEPTS AND EQUATIONS; KEY TERMS; REVIEW QUESTIONS; REVIEW PROBLEMS; ADDITIONAL EXERCISES; ACKNOWLEDGEMENTS; 2 The language of chemistry; 2.1 Measurement; SI units; Non-SI units; Dimensional analysis; Precision and accuracy; Uncertainties and significant figures; 2.2 Representations of molecules and reactions Chemical formulae; Structural formulae; Three-dimensional structures; Mechanistic arrows in chemical reactions; 2.3 Nomenclature; Naming inorganic compounds; Naming organic compounds; SUMMARY; KEY CONCEPTS AND EQUATIONS; KEY TERMS; REVIEW QUESTIONS; REVIEW PROBLEMS; ADDITIONAL EXERCISES; MATHS FOR CHEMISTRY; The equation to be rearranged involves addition or subtraction; The equation to be rearranged involves multiplication or division; ACKNOWLEDGEMENTS; 3 Chemical reactions and stoichiometry; 3.1 Chemical equations; Specifying states of matter; 3.2 Balancing chemical equations3.3 The mole; 3.4 Empirical formulae; Mole ratios from chemical formulae; Determination of chemical formulae; Determination of empirical formulae; 3.5 Stoichiometry, limiting reagents and percentage yield; Mole ratios in chemical reactions; Limiting reagents; Percentage yield; 3.6 Solution stoichiometry; The concentration of solutions; Applications of solution stoichiometry; Stoichiometry of solutions containing ions; SUMMARY; KEY CONCEPTS AND EQUATIONS; KEY TERMS; REVIEW QUESTIONS; REVIEW PROBLEMS; ADDITIONAL EXERCISES; ACKNOWLEDGEMENTS; 4 Atomic energy levels; 4.1 Characteristics of atoms4.2 Characteristics of light; Wave-like properties of light; Particle properties of light; Absorption and emission spectra; Atomic spectra; Quantisation of energy; Energy level diagrams; 4.3 Properties of electrons; The Heisenberg uncertainty principle; 4.4 Quantisation and quantum numbers; Principal quantum number (n); Azimuthal quantum number (l); Magnetic quantum number (ml); Spin quantum number (ms); The Pauli exclusion principle; 4.5 Atomic orbital electron distributions and energies; Orbital electron distributions; Orbital energies; 4.6 Structure of the periodic table The Aufbau principle and order of orbital filling; Valence electrons; 4.7 Electron configurations; Electron-electron repulsion; Orbitals with nearly equal energies; Configurations of ions; Magnetic properties of atoms; Excited states; 4.8 Periodicity of atomic properties; Atomic radii; Ionisation energy; Electron affinity; Sizes of ions; 4.9 Ions and chemical periodicity; Cation stability; Anion stability; Metals, nonmetals and metalloids; s-block elements; p-block elements; SUMMARY; KEY CONCEPTS AND EQUATIONS; KEY TERMS; REVIEW QUESTIONS; REVIEW PROBLEMS
Summary: Chemistry, science, stoichiometry, thermodynamics, organic chemistry
Holdings
Item type Current library Collection Call number Status Barcode
Books Books College Library General Circulation Section GC GC 540 C42 2019 (Browse shelf(Opens below)) Available HNU003605

Includes index

Intro; Chemistry; Brief contents; Contents; About the authors; 1 The atom; 1.1 The essential concepts in brief; 1.2 The atomic theory; 1.3 The structure of the atom; Atomic mass; 1.4 The periodic table of the elements; The modern periodic table; Naming the elements; 1.5 Electrons in atoms; SUMMARY; KEY CONCEPTS AND EQUATIONS; KEY TERMS; REVIEW QUESTIONS; REVIEW PROBLEMS; ADDITIONAL EXERCISES; ACKNOWLEDGEMENTS; 2 The language of chemistry; 2.1 Measurement; SI units; Non-SI units; Dimensional analysis; Precision and accuracy; Uncertainties and significant figures; 2.2 Representations of molecules and reactions Chemical formulae; Structural formulae; Three-dimensional structures; Mechanistic arrows in chemical reactions; 2.3 Nomenclature; Naming inorganic compounds; Naming organic compounds; SUMMARY; KEY CONCEPTS AND EQUATIONS; KEY TERMS; REVIEW QUESTIONS; REVIEW PROBLEMS; ADDITIONAL EXERCISES; MATHS FOR CHEMISTRY; The equation to be rearranged involves addition or subtraction; The equation to be rearranged involves multiplication or division; ACKNOWLEDGEMENTS; 3 Chemical reactions and stoichiometry; 3.1 Chemical equations; Specifying states of matter; 3.2 Balancing chemical equations3.3 The mole; 3.4 Empirical formulae; Mole ratios from chemical formulae; Determination of chemical formulae; Determination of empirical formulae; 3.5 Stoichiometry, limiting reagents and percentage yield; Mole ratios in chemical reactions; Limiting reagents; Percentage yield; 3.6 Solution stoichiometry; The concentration of solutions; Applications of solution stoichiometry; Stoichiometry of solutions containing ions; SUMMARY; KEY CONCEPTS AND EQUATIONS; KEY TERMS; REVIEW QUESTIONS; REVIEW PROBLEMS; ADDITIONAL EXERCISES; ACKNOWLEDGEMENTS; 4 Atomic energy levels; 4.1 Characteristics of atoms4.2 Characteristics of light; Wave-like properties of light; Particle properties of light; Absorption and emission spectra; Atomic spectra; Quantisation of energy; Energy level diagrams; 4.3 Properties of electrons; The Heisenberg uncertainty principle; 4.4 Quantisation and quantum numbers; Principal quantum number (n); Azimuthal quantum number (l); Magnetic quantum number (ml); Spin quantum number (ms); The Pauli exclusion principle; 4.5 Atomic orbital electron distributions and energies; Orbital electron distributions; Orbital energies; 4.6 Structure of the periodic table The Aufbau principle and order of orbital filling; Valence electrons; 4.7 Electron configurations; Electron-electron repulsion; Orbitals with nearly equal energies; Configurations of ions; Magnetic properties of atoms; Excited states; 4.8 Periodicity of atomic properties; Atomic radii; Ionisation energy; Electron affinity; Sizes of ions; 4.9 Ions and chemical periodicity; Cation stability; Anion stability; Metals, nonmetals and metalloids; s-block elements; p-block elements; SUMMARY; KEY CONCEPTS AND EQUATIONS; KEY TERMS; REVIEW QUESTIONS; REVIEW PROBLEMS

Chemistry, science, stoichiometry, thermodynamics, organic chemistry

CAS Bachelor of Science in Biology

Text in English

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