Shriver and Atkins' Inorganic Chemistry, 5th Edition ( PDFDrive )_compressed

Page 1

Page intentionally left blank.

Page 2

Elements Table

  • Actinium (Ac): Atomic Number 89, Molar mass 227 g/mol

  • Aluminium (Al): Atomic Number 13, Molar mass 26.98 g/mol

  • Americium (Am): Atomic Number 95, Molar mass 243 g/mol

  • Antimony (Sb): Atomic Number 51, Molar mass 121.76 g/mol

  • Argon (Ar): Atomic Number 18, Molar mass 39.95 g/mol

  • Arsenic (As): Atomic Number 33, Molar mass 74.92 g/mol

  • Astatine (At): Atomic Number 85, Molar mass 210 g/mol

  • Barium (Ba): Atomic Number 56, Molar mass 137.33 g/mol

  • Berkelium (Bk): Atomic Number 97, Molar mass 247 g/mol

  • Beryllium (Be): Atomic Number 4, Molar mass 9.01 g/mol

  • Bismuth (Bi): Atomic Number 83, Molar mass 208.98 g/mol

  • Bohrium (Bh): Atomic Number 107, Molar mass 264 g/mol

  • Boron (B): Atomic Number 5, Molar mass 10.81 g/mol

  • Bromine (Br): Atomic Number 35, Molar mass 79.90 g/mol

  • Cadmium (Cd): Atomic Number 48, Molar mass 112.41 g/mol

  • Caesium (Cs): Atomic Number 55, Molar mass 132.91 g/mol

  • Calcium (Ca): Atomic Number 20, Molar mass 40.08 g/mol

  • Californium (Cf): Atomic Number 98, Molar mass 251 g/mol

  • Carbon (C): Atomic Number 6, Molar mass 12.01 g/mol

  • Cerium (Ce): Atomic Number 58, Molar mass 140.12 g/mol

  • Chlorine (Cl): Atomic Number 17, Molar mass 35.45 g/mol

  • Chromium (Cr): Atomic Number 24, Molar mass 52.00 g/mol

  • Cobalt (Co): Atomic Number 27, Molar mass 58.93 g/mol

  • Copernicium (Cn): Atomic Number 112 (unknown molar mass)

  • Copper (Cu): Atomic Number 29, Molar mass 63.55 g/mol

  • Curium (Cm): Atomic Number 96, Molar mass 247 g/mol

  • Darmstadtium (Ds): Atomic Number 110, Molar mass 271 g/mol

  • Dubnium (Db): Atomic Number 105, Molar mass 262 g/mol

  • Dysprosium (Dy): Atomic Number 66, Molar mass 162.50 g/mol

  • Einsteinium (Es): Atomic Number 99, Molar mass 252 g/mol

  • Erbium (Er): Atomic Number 68, Molar mass 167.27 g/mol

  • Europium (Eu): Atomic Number 63, Molar mass 151.96 g/mol

  • Fermium (Fm): Atomic Number 100, Molar mass 257 g/mol

  • Fluorine (F): Atomic Number 9, Molar mass 19.00 g/mol

  • Francium (Fr): Atomic Number 87, Molar mass 223 g/mol

  • Gadolinium (Gd): Atomic Number 64, Molar mass 157.25 g/mol

  • Gallium (Ga): Atomic Number 31, Molar mass 69.72 g/mol

  • Germanium (Ge): Atomic Number 32, Molar mass 72.64 g/mol

  • Gold (Au): Atomic Number 79, Molar mass 196.97 g/mol

  • Hafnium (Hf): Atomic Number 72, Molar mass 178.49 g/mol

  • Hassium (Hs): Atomic Number 108, Molar mass 269 g/mol

  • Helium (He): Atomic Number 2, Molar mass 4.00 g/mol

  • Holmium (Ho): Atomic Number 67, Molar mass 164.93 g/mol

  • Hydrogen (H): Atomic Number 1, Molar mass 1.008 g/mol

  • Indium (In): Atomic Number 49, Molar mass 114.82 g/mol

  • Iodine (I): Atomic Number 53, Molar mass 126.90 g/mol

  • Iridium (Ir): Atomic Number 77, Molar mass 192.22 g/mol

  • Iron (Fe): Atomic Number 26, Molar mass 55.84 g/mol

  • Krypton (Kr): Atomic Number 36, Molar mass 83.80 g/mol

  • Lanthanum (La): Atomic Number 57, Molar mass 138.91 g/mol

  • Lawrencium (Lr): Atomic Number 103, Molar mass 262 g/mol

  • Lead (Pb): Atomic Number 82, Molar mass 207.20 g/mol

  • Lithium (Li): Atomic Number 3, Molar mass 6.94 g/mol

  • Lutetium (Lu): Atomic Number 71, Molar mass 174.97 g/mol

  • Magnesium (Mg): Atomic Number 12, Molar mass 24.31 g/mol

  • Manganese (Mn): Atomic Number 25, Molar mass 54.94 g/mol

  • Meitnerium (Mt): Atomic Number 109, Molar mass 268 g/mol

  • Mendelevium (Md): Atomic Number 101, Molar mass 258 g/mol

  • Mercury (Hg): Atomic Number 80, Molar mass 200.59 g/mol

  • Molybdenum (Mo): Atomic Number 42, Molar mass 95.94 g/mol

  • Neodymium (Nd): Atomic Number 60, Molar mass 144.24 g/mol

  • Neon (Ne): Atomic Number 10, Molar mass 20.18 g/mol

  • Neptunium (Np): Atomic Number 93, Molar mass 237 g/mol

  • Nickel (Ni): Atomic Number 28, Molar mass 58.69 g/mol

  • Niobium (Nb): Atomic Number 41, Molar mass 92.91 g/mol

  • Nitrogen (N): Atomic Number 7, Molar mass 14.01 g/mol

  • Nobelium (No): Atomic Number 102, Molar mass 259 g/mol

  • Osmium (Os): Atomic Number 76, Molar mass 190.23 g/mol

  • Oxygen (O): Atomic Number 8, Molar mass 16.00 g/mol

  • Palladium (Pd): Atomic Number 46, Molar mass 106.42 g/mol

  • Phosphorus (P): Atomic Number 15, Molar mass 30.97 g/mol

  • Platinum (Pt): Atomic Number 78, Molar mass 195.08 g/mol

  • Plutonium (Pu): Atomic Number 94, Molar mass 244 g/mol

  • Polonium (Po): Atomic Number 84, Molar mass 209 g/mol

  • Potassium (K): Atomic Number 19, Molar mass 39.10 g/mol

  • Praseodymium (Pr): Atomic Number 59, Molar mass 140.91 g/mol

  • Promethium (Pm): Atomic Number 61, Molar mass 145 g/mol

  • Protactinium (Pa): Atomic Number 91, Molar mass 231.04 g/mol

  • Radium (Ra): Atomic Number 88, Molar mass 226 g/mol

  • Radon (Rn): Atomic Number 86, Molar mass 222 g/mol

  • Rhenium (Re): Atomic Number 75, Molar mass 186.21 g/mol

  • Rhodium (Rh): Atomic Number 45, Molar mass 102.91 g/mol

  • Roentgenium (Rg): Atomic Number 111, Molar mass 272 g/mol

  • Rubidium (Rb): Atomic Number 37, Molar mass 85.47 g/mol

  • Ruthenium (Ru): Atomic Number 44, Molar mass 101.07 g/mol

  • Rutherfordium (Rf): Atomic Number 104, Molar mass 261 g/mol

  • Samarium (Sm): Atomic Number 62, Molar mass 150.36 g/mol

  • Scandium (Sc): Atomic Number 21, Molar mass 44.96 g/mol

  • Seaborgium (Sg): Atomic Number 106, Molar mass 266 g/mol

  • Selenium (Se): Atomic Number 34, Molar mass 78.96 g/mol

  • Silicon (Si): Atomic Number 14, Molar mass 28.09 g/mol

  • Silver (Ag): Atomic Number 47, Molar mass 107.87 g/mol

  • Sodium (Na): Atomic Number 11, Molar mass 22.99 g/mol

  • Strontium (Sr): Atomic Number 38, Molar mass 87.62 g/mol

  • Sulfur (S): Atomic Number 16, Molar mass 32.06 g/mol

  • Tantalum (Ta): Atomic Number 73, Molar mass 180.95 g/mol

  • Technetium (Tc): Atomic Number 43, Molar mass 98 g/mol

  • Tellurium (Te): Atomic Number 52, Molar mass 127.60 g/mol

  • Terbium (Tb): Atomic Number 65, Molar mass 158.93 g/mol

  • Thallium (Tl): Atomic Number 81, Molar mass 204.38 g/mol

  • Thorium (Th): Atomic Number 90, Molar mass 232.04 g/mol

  • Thulium (Tm): Atomic Number 69, Molar mass 168.93 g/mol

  • Tin (Sn): Atomic Number 50, Molar mass 118.71 g/mol

  • Titanium (Ti): Atomic Number 22, Molar mass 47.87 g/mol

  • Tungsten (W): Atomic Number 74, Molar mass 183.84 g/mol

  • Uranium (U): Atomic Number 92, Molar mass 238.03 g/mol

  • Vanadium (V): Atomic Number 23, Molar mass 50.94 g/mol

  • Xenon (Xe): Atomic Number 54, Molar mass 131.29 g/mol

  • Ytterbium (Yb): Atomic Number 70, Molar mass 173.04 g/mol

  • Yttrium (Y): Atomic Number 39, Molar mass 88.91 g/mol

  • Zinc (Zn): Atomic Number 30, Molar mass 65.41 g/mol

  • Zirconium (Zr): Atomic Number 40, Molar mass 91.22 g/mol

Page 3

Blank Page

Page 4

Shriver & Atkins’ - No relevant content provided.

Page 5

Blank Page

Page 6

Shriver & Atkins’ W. H. Freeman and Company New York - No relevant content provided.

Page 7

Shriver and Atkins' Inorganic Chemistry (Fifth Edition)

  • Copyright © 2010 P.W. Atkins, T.L. Overton, J.P. Rourke, M.T. Weller, and F.A. Armstrong.

  • All rights reserved.

  • ISBN 978–1–42–921820–7.

Page 8

Preface of Shriver and Atkins’ Inorganic Chemistry

  • Aim: Provide a comprehensive introduction to inorganic chemistry.

  • Inorganic chemistry studies properties of elements in the periodic table, includes metals, nonmetals, and their compounds.

  • The text illustrates trends and patterns in structure and properties that help to understand the periodic table.

  • Inorganic compounds: Range from ionic solids to covalent compounds, with insights into their properties based on quantum mechanics.

  • New features in this edition: Pedagogical changes, reorganized chapters, revised presentations, and added visual content.

  • The relevance of inorganic chemistry in materials science, industrial applications, environmental chemistry, and biological systems is emphasized.

Page 9

  • The preface indicates confidence in serving undergraduate chemists for foundational and advanced learning.

Page 10

Acknowledgements

  • Acknowledgements to contributors and advisers ensuring error-free content, guidance for new material, and assistance with illustrations.

Page 11

Acknowledgements (continued)

  • Lists of educators and institutions providing input on content accuracy and clarity.

Page 12

About the Book

  • Emphasizes the organization of material and features aimed to enhance learning.

  • Key points include:

    • Key points summarizing main messages.

    • Context boxes illustrating diversity and applications of inorganic chemistry.

    • Further reading sections for more detailed study.

Specific Example:

  • Octet Rule: Atom shares electrons until acquiring an octet of valence electrons.

Lithium Batteries Example:

  • Describes energy impact of lithium in batteries and the configuration of reactions involved.

Page 13

Problem Solving Examples and Self-tests

  • Worked examples help clarify concepts, followed by self-tests to assess understanding.

  • Exercises provided at the end of each chapter to reinforce learning with available solutions.

Page 14

Book Companion Site

  • Teaching and learning resources available at the Book Companion Site.

  • Instructor resources for registered adopters only.

  • Student resources accessible without registration.

Page 15

Solutions Manual

  • Mention of solutions manual for Exercises and Self-tests for better learning guidance.

Page 16

Summary of Contents

  • Overview of chapters covering foundational concepts, periodic trends, group properties, and specialized themes in inorganic chemistry.

Page 17

Blank Page

Page 18

Foundations in Inorganic Chemistry

  • Key areas covered in atomic structure, molecular theory, bonding, acid and base character, and the electronic structure of solids. Additional readings and exercises included for depth of understanding.