1s
      Molecular Orbital Theory
  2p
      Hybrid Orbitals
  3D
      Bond Polarity and Dipole Moment
      VSEPR Model and Molecular Geometry
  3D MO
      Hybrid Orbitals
  3D MO:  displays
      Bond Polarity and Dipole Moment
  Add Item
      Build Equation Database
  Advanced Methods
      X-method
  Advanced Methods:  Balancing Equations
      X-method
  AlCl3
      Oxidation Number
      The Rules of Assigning Oxidation Numbers
  Antibonding
      Molecular Orbital Theory
  Antibonding Electrons
      Molecular Orbital Theory
  Antibonding Electrons:  Number
      Molecular Orbital Theory
  Append
      Build Equation Database
  Applying
      VSEPR Model and Molecular Geometry
  Applying:  VSEPR
      VSEPR Model and Molecular Geometry
  Assigning Oxidation Numbers
      The Rules of Assigning Oxidation Numbers
  Assigning Oxidation Numbers:  Rules
      The Rules of Assigning Oxidation Numbers
  Atomic Orbitals
      Hybrid Orbitals
  Atomic Structures
      Introduction to SoftChemistry
  Automaticaly
      Plug in and Balance Equation
  Avogadro Law
      Avogadro's Law
  Balance
      227
      305
      306
      403
      404
      405
      406
      407
      Balance each half
      Balance the charge
      Balance the oxygen atoms by adding H2O molecule to the side deficient in oxygenatoms
      Balance the oxygen atoms by adding H2O molecules to the side deficient to oxygenatoms
      Build Equation Database
      In this step
      Introduction to SoftChemistry
      New Page 8
      Plug in and Balance Equation
      Reaction Stoichiometry
      Using Equation Module with Other Applications
      With the previous determined multiplier
  Balance all other atoms
      Balance all other atoms in the equation excep those of hydrogen and oxygen
      Balance all other atoms in the equation except those of hydrogen and oxygen
  Balance Charges
      For ionic equations
  Balance Equation
      Half-Equation Method
      Inspection Method
      Oxidation Number Method
      Plug in and Balance Equation
      X-method
  Balance Equation:  Advanced Methods
      X-method
  Balance Equation:  Open
      Half-Equation Method
      Inspection Method
      Oxidation Number Method
  Balance Overview
      Balance Overview
  Balance Wizard button
      Using Equation Module with Other Applications
  Balance Wizards
      Balance Overview
      Finally
      Half-Equation Method
      Inspection Method
      Using Equation Module with Other Applications
  Balance Wizards:  charge
      227
      Balance the charge
  Balance Wizards:  Chemical Equations
      Introduction to SoftChemistry
  Balance Wizards:  oxidized
      With the previous determined multiplier
  Balance Wizards:  oxygen atoms
      Balance the oxygen atoms by adding H2O molecule to the side deficient in oxygenatoms
      Balance the oxygen atoms by adding H2O molecules to the side deficient to oxygenatoms
  Balanced half-reaction
      308
      408
  Basic Concept
      Binary Ionic Compounds
      Bond Polarity and Dipole Moment
      Build Equation Database
      Empirical and Molecular Formula
      Half-Equation Method
      Hybrid Orbitals
      Inspection Method
      Lewis Structure and Resonance
      Molecular Orbital Theory
      Oxidation Number Method
      Percent Composition of Compounds
      Plug in and Balance Equation
      Reaction Stoichiometry
      Significant Figures
      The Mole and Molecular Weight
      VSEPR Model and Molecular Geometry
  Basic Math Review
      Basic Math Review
  Basics
      Significant Figures
  Basics:  Chemical Calculation
      Significant Figures
  Binary
      Binary Ionic Compounds
  Binary Compounds
      Binary Ionic Compounds
  Binary Ionic Compounds
      Binary Ionic Compounds
  Boiling Point Elevation and Freezing Point Depression
      Boiling Point Elevation and Freezing Point Depression
  Bond Polarity
      Bond Polarity and Dipole Moment
  Bond Polarity and Dipole Moment
      Bond Polarity and Dipole Moment
  Bond Polarity and Dipole Moment:  sum
      Bond Polarity and Dipole Moment
  Boyles Law
      Boyles Law
  Build
      Build Equation Database
  Build Equation Database
      Build Equation Database
  Build Equation Database:  Equation Database
      Build Equation Database
  Case
      311
      411
  Cation
      Binary Ionic Compounds
  Charge
      227
      Balance the charge
      Inspection Method
  Charge:  Balance
      227
      Balance the charge
  Charge:  ionic
      Inspection Method
  Charles Law
      Charles Law
  Chart Wizard
      Introduction to SoftChemistry
  ChemDraw
      Using Equation Module with Other Applications
  Chemical Bonds
      Introduction to SoftChemistry
  Chemical Calculation
      Introduction to SoftChemistry
      Significant Figures
  Chemical Calculation:  Basics
      Significant Figures
  Chemical Equations
      Introduction to SoftChemistry
  Chemical Equations:  Balancing
      Introduction to SoftChemistry
  Clear
      Plug in and Balance Equation
  Clear Data
      Reaction Stoichiometry
  Click Get button
      Significant Figures
  Clickable
      Introduction to SoftChemistry
  Clickable:  provides
      Introduction to SoftChemistry
  Clicking
      Using Equation Module with Other Applications
  Clicking:  Next
      Using Equation Module with Other Applications
  Clipboard
      Build Equation Database
  Clipboard:  Copy
      Build Equation Database
  Coefficients
      311
      411
      With the previous determined multiplier
  Coefficients:  equation
      311
      411
  Comments
      Need Further Help
  Common factor among all coefficients
      311
      411
  Comon mutilplier
      When multiple atoms of the element undegoing change in oxidation number is presentin its molecular formula
  Compounds
      Percent Composition of Compounds
  Compounds:  Percent Composition
      Percent Composition of Compounds
  Comprehensive Problem-solving Suite
      Introduction to SoftChemistry
  Comprehensive Problem-solving Suite:  General Chemistry
      Introduction to SoftChemistry
  Conforms
      Hybrid Orbitals
  Conforms:  VSEPR
      Hybrid Orbitals
  Construct
      Lewis Structure and Resonance
  Construct:  Lewis
      Lewis Structure and Resonance
  CPU
      Need Further Help
  CrO42
      Oxidation Number
      The Rules of Assigning Oxidation Numbers
  CrO42:  Net Charge
      Oxidation Number
      The Rules of Assigning Oxidation Numbers
  Deficient hydrogen
      406
  Deficient oxygen
      405
  Delete
      Build Equation Database
  Determine
      Determine the change in oxidation number per atom for the elements undergoing achange in oxidation number
      One more multiplier
  Determine such change
      When multiple atoms of the element undegoing change in oxidation number is presentin its molecular formula
  Determine such change:  change
      Determine the change in oxidation number per atom for the elements undergoing achange in oxidation number
  Diltion
      Dilution
  Dipole
      Bond Polarity and Dipole Moment
  Dipole Moment
      Bond Polarity and Dipole Moment
  Dipole/Bond Polarity
      Bond Polarity and Dipole Moment
  Display
      Bond Polarity and Dipole Moment
      Hybrid Orbitals
      Molecular Orbital Theory
  Display:  3D
      Bond Polarity and Dipole Moment
  Display:  MO
      Hybrid Orbitals
      Molecular Orbital Theory
  Disportionation
      402
      According to the oxidation number assigned from previous step
      Half-Equation Method
  Disproportionation
      With the previous determined multiplier
  Disproportionation Reaction
      Determine the change in oxidation number per atom for the elements undergoing achange in oxidation number
      Oxidation Number Method
  DownArrow
      Half-Equation Method
      Inspection Method
      Oxidation Number Method
      Percent Composition of Compounds
      Plug in and Balance Equation
      Reaction Stoichiometry
      The Mole and Molecular Weight
  E-mail Support
      Need Further Help
  Edit
      Build Equation Database
  Electorns
      Lewis Structure and Resonance
  Electron-Dot
      Lewis Structure and Resonance
  Electronegativities
      Bond Polarity and Dipole Moment
  Electronegativity
      Bond Polarity and Dipole Moment
  Electronic-pair
      VSEPR Model and Molecular Geometry
  Electrons gained
      308
      408
  Element oxidized
      403
      In this step
  Element oxidized:  respect
      403
      In this step
  Element undegoing change
      When multiple atoms of the element undegoing change in oxidation number is presentin its molecular formula
  Element undegoing change:  multiple atoms
      When multiple atoms of the element undegoing change in oxidation number is presentin its molecular formula
  Element-by-element
      100
      Inspection Method
  Elements
      Determine the change in oxidation number per atom for the elements undergoing achange in oxidation number
  Elements:  oxidation number per atom
      Determine the change in oxidation number per atom for the elements undergoing achange in oxidation number
  Empirical Formula
      Empirical and Molecular Formula
  Enter
      Bond Polarity and Dipole Moment
      Build Equation Database
      Hybrid Orbitals
      Lewis Structure and Resonance
      Molecular Orbital Theory
      Plug in and Balance Equation
      VSEPR Model and Molecular Geometry
  Enter:  Equation
      Build Equation Database
      Plug in and Balance Equation
  Enter:  Molecular Formula
      Bond Polarity and Dipole Moment
      Hybrid Orbitals
      Lewis Structure and Resonance
      Molecular Orbital Theory
      VSEPR Model and Molecular Geometry
  Eqaution
      Reaction Stoichiometry
  Equation
      311
      410
      411
      Build Equation Database
      Cancel or combine any like species on both sides of the equation
      Plug in and Balance Equation
      Using Equation Module with Other Applications
  Equation Balance
      Finally
      Half-Equation Method
      Inspection Method
      Oxidation Number Method
  Equation Balance:  back
      Finally
      Inspection Method
  Equation Balance:  returns
      Half-Equation Method
      Oxidation Number Method
  Equation Database
      Build Equation Database
  Equation Database:  Build
      Build Equation Database
  Equation deficient
      305
  Equation deficient:  side
      305
  Equation menu
      Build Equation Database
  Equation Menu Access
      Build Equation Database
  Equation Module
      Using Equation Module with Other Applications
  Equation OLE
      Using Equation Module with Other Applications
  Equation OLE:  close
      Using Equation Module with Other Applications
  Equation Wizards
      Half-Equation Method
      Inspection Method
      Oxidation Number Method
      Plug in and Balance Equation
  Equation Wizards:  back
      Using Equation Module with Other Applications
  Equation Wizards:  coefficients
      311
      411
  Equation Wizards:  Enter
      Build Equation Database
      Plug in and Balance Equation
  Equation Wizards:  selecting
      Build Equation Database
  F
      Oxidation Number
      The Rules of Assigning Oxidation Numbers
  Factor
      One more multiplier
  Feature Overview
      Binary Ionic Compounds
      Bond Polarity and Dipole Moment
      Build Equation Database
      Empirical and Molecular Formula
      Hybrid Orbitals
      Lewis Structure and Resonance
      Molecular Orbital Theory
      Percent Composition of Compounds
      Plug in and Balance Equation
      Significant Figures
      The Mole and Molecular Weight
      VSEPR Model and Molecular Geometry
  Features Summary
      Introduction to SoftChemistry
  Final balanced equation
      409
      Add the two half
  Finally
      311
      411
  Finish button
      Inspection Method
  Formula Weight
      The Mole and Molecular Weight
  Gas Laws
      Avogadro's Law
      Boyles Law
      Charles Law
      Gas Laws Overview
      Gas Stoichiometry
      Gay Lussac's Law
      Graham's Law of Diffusion and Effusion
      Ideal Gas Law
      Ideal Gas Law with Density
      Ideal Gas Law with Molecular Weight
      Kinetic Molecular Theory of Gases
      Real Gases - Van der Waals Equation
  Gas Stoichiometry
      Gas Stoichiometry
  Gay Lussac Law
      Gay Lussac's Law
  General Chemistry
      Introduction to SoftChemistry
  General Chemistry:  Comprehensive Problem-solving Suite
      Introduction to SoftChemistry
  Generating
      Lewis Structure and Resonance
  Generating:  Lewis Structure
      Lewis Structure and Resonance
  Graham Law of Diffusion and Effusion
      Graham's Law of Diffusion and Effusion
  Guidelines
      Binary Ionic Compounds
  H-deficient
      406
  H2O
      100
      305
      405
      406
      Balance the oxygen atoms by adding H2O molecule to the side deficient in oxygenatoms
      For ionic equations
      Half-Equation Method
      In some case of ionic equations
      Inspection Method
      ionic equations
      Oxidation Number Method
      The Mole and Molecular Weight
      This step
      X-method
  H2O molecule
      405
      406
      Balance the oxygen atoms by adding H2O molecule to the side deficient in oxygenatoms
      Balance the oxygen atoms by adding H2O molecules to the side deficient to oxygenatoms
  H2O molecule:  adding
      Balance the oxygen atoms by adding H2O molecule to the side deficient in oxygenatoms
      Balance the oxygen atoms by adding H2O molecules to the side deficient to oxygenatoms
  H2O molecule:  other side
      405
  H2O molecule:  side deficient
      406
  H2O2
      Empirical and Molecular Formula
      ionic equations
      Oxidation Number
      The Rules of Assigning Oxidation Numbers
      X-method
  H2O2:  adding
      305
      Half-Equation Method
      Oxidation Number Method
  Half-Equation
      Half-Equation Method
  Half-Equation Method
      Half-Equation Method
      Plug in and Balance Equation
  Half-Equation Method:  screen
      Half-Equation Method
  Half-reaction
      305
      306
      403
      404
      405
      406
      407
      Balance each half
      In this step
      New Page 8
  Half-Reaction Method
      401
      Half
      Half-Equation Method
  Half-reactions together
      409
      Add the two half
  Heteronuclear
      Molecular Orbital Theory
  HF2
      Oxidation Number
      The Rules of Assigning Oxidation Numbers
  Homonuclear
      Molecular Orbital Theory
  How-To
      Introduction to SoftChemistry
  Hybrid Orbital
      Hybrid Orbital
      Molecular Orbital Theory
  Hybrid/MO
      Hybrid Orbitals
      Molecular Orbital Theory
  Hybridization
      Hybrid Orbitals
  Hydrid/MO
      Hybrid Orbitals
      Molecular Orbital Theory
  Ideal Gas Law
      Ideal Gas Law
  Ideal Gas Law with Density
      Ideal Gas Law with Density
  Ideal Gas Law with Molecular Weight
      Ideal Gas Law with Molecular Weight
  Increase/decrease
      Oxidation Number Method
      When multiple atoms of the element undegoing change in oxidation number is presentin its molecular formula
  Increase/decrease:  multiplying
      Oxidation Number Method
      When multiple atoms of the element undegoing change in oxidation number is presentin its molecular formula
  Inidcate
      When multiple atoms of the element undegoing change in oxidation number is presentin its molecular formula
  Inidcate:  change per unit formula
      When multiple atoms of the element undegoing change in oxidation number is presentin its molecular formula
  Input
      Binary Ionic Compounds
      Bond Polarity and Dipole Moment
      Empirical and Molecular Formula
      Hybrid Orbitals
      Lewis Structure and Resonance
      Molecular Orbital Theory
      Percent Composition of Compounds
      Reaction Stoichiometry
      The Mole and Molecular Weight
      Using Equation Module with Other Applications
      VSEPR Model and Molecular Geometry
  Insert
      Build Equation Database
  Inspection
      X-method
  Inspection Balance
      100
      After we assign an unknown coefficient x to the most complex unbalanced compound
      By now
      Finally
      For ionic equations
      In some case of ionic equations
      ionic equations
      The next target is to pick other atom
      This step
  Inspection Method
      Inspection Method
      Plug in and Balance Equation
      X-method
  Inspection Wizard
      Inspection Method
  Inspection Wizard:  screen
      Inspection Method
  Introduction
      Introduction to SoftChemistry
      teaser
  Introduction:  SoftChemistry
      Introduction to SoftChemistry
  Ion-Electron Method
      401
      Half
      Half-Equation Method
  Ionic
      401
      Balance all other atoms in the equation except those of hydrogen and oxygen
      Binary Ionic Compounds
      For ionic equations
      Half
      Half-Equation Method
      In some case of ionic equations
      Inspection Method
      Oxidation Number Method
  Ionic:  charges
      Inspection Method
  Ionic:  including
      Oxidation Number Method
  Ions
      306
      405
  Ions:  side deficient
      405
  Its molecular formula
      When multiple atoms of the element undegoing change in oxidation number is presentin its molecular formula
  Kinetic Molecular Theory
      Kinetic Molecular Theory of Gases
  Kinetic Molecular Theory of Gas
      Kinetic Molecular Theory of Gases
  Kinetic Molecular Theory of Gas:  Gases
      Kinetic Molecular Theory of Gases
  Lewis
      Lewis Structure and Resonance
      VSEPR Model and Molecular Geometry
  Lewis Dot Symbol
      Lewis Structure and Resonance
  Lewis Structure
      Introduction to SoftChemistry
      Lewis Structure and Resonance
  Lewis Structure and Resonance
      Lewis Structure and Resonance
  Lewis Structure and Resonance:  construct
      Lewis Structure and Resonance
  Lewis Structure and Resonance:  generating
      Lewis Structure and Resonance
  Lewis Structure and Resonance:  solve
      Introduction to SoftChemistry
  Lewis Structure and Resonance:  write
      VSEPR Model and Molecular Geometry
  Lowest ratio
      311
      411
  Mass
      Reaction Stoichiometry
  Mass / MW
      The Mole and Molecular Weight
  Mass Percentage Composition
      Percent Composition of Compounds
  Microsoft OLE2
      Using Equation Module with Other Applications
  MO
      Hybrid Orbitals
      Molecular Orbital Theory
  MO Theory
      Molecular Orbital Theory
  MO Theory:  display
      Hybrid Orbitals
      Molecular Orbital Theory
  Module Overview
      Half-Equation Method
      Inspection Method
      Oxidation Number Method
      Reaction Stoichiometry
  Molality
      Molality
  Molarity
      Molarity
  Mole
      Reaction Stoichiometry
      The Mole and Molecular Weight
  Molecular Formula
      Bond Polarity and Dipole Moment
      Empirical and Molecular Formula
      Hybrid Orbitals
      Lewis Structure and Resonance
      Molecular Orbital Theory
      VSEPR Model and Molecular Geometry
  Molecular Formula:  Enter
      Bond Polarity and Dipole Moment
      Hybrid Orbitals
      Lewis Structure and Resonance
      Molecular Orbital Theory
      VSEPR Model and Molecular Geometry
  Molecular Orbital Theory
      Molecular Orbital Theory
  Molecular Orbitals
      Introduction to SoftChemistry
  Molecular Structure Overview
      Molecular Structure Overview
  Molecular Structures
      Introduction to SoftChemistry
  Molecular Weight
      The Mole and Molecular Weight
  MolecularSoft
      Need Further Help
  MolecularSoft Home Page
      MolecularSoft Home Page
  MolecularSoft Home Page:  navigate
      MolecularSoft Home Page
  Molecules
      The Mole and Molecular Weight
  Molecules:  Number
      The Mole and Molecular Weight
  More multiplier
      One more multiplier
  MS Word
      Build Equation Database
      Using Equation Module with Other Applications
  Multiple atoms
      When multiple atoms of the element undegoing change in oxidation number is presentin its molecular formula
  Multiple atoms:  element undegoing change
      When multiple atoms of the element undegoing change in oxidation number is presentin its molecular formula
  Multipling
      Half-Equation Method
  Multipling:  cmmon
      Half-Equation Method
  MW
      The Mole and Molecular Weight
  Na
      Binary Ionic Compounds
      Inspection Method
      Oxidation Number
      The next target is to pick other atom
      The Rules of Assigning Oxidation Numbers
  Na:  state
      Oxidation Number
      The Rules of Assigning Oxidation Numbers
  NaCl
      Binary Ionic Compounds
  Navigate
      MolecularSoft Home Page
  Navigate:  MolecularSoft Home Page
      MolecularSoft Home Page
  Need Further Help
      Need Further Help
  Net Charge
      Oxidation Number
      The Rules of Assigning Oxidation Numbers
  Net Charge:  CrO42
      Oxidation Number
      The Rules of Assigning Oxidation Numbers
  Net Charge:  HClO4
      Oxidation Number
      The Rules of Assigning Oxidation Numbers
  Normal
      Half-Equation Method
      Inspection Method
      Oxidation Number Method
      Percent Composition of Compounds
      Plug in and Balance Equation
      Reaction Stoichiometry
      The Mole and Molecular Weight
  Normal:  back
      Half-Equation Method
      Inspection Method
      Oxidation Number Method
      Plug in and Balance Equation
      Reaction Stoichiometry
  Number
      Molecular Orbital Theory
      The Mole and Molecular Weight
      X-method
  Number:  Antibonding Electrons
      Molecular Orbital Theory
  Number:  Mn
      X-method
  Number:  Molecules
      The Mole and Molecular Weight
  Object
      Using Equation Module with Other Applications
  Object dialog
      Using Equation Module with Other Applications
  Octet
      Lewis Structure and Resonance
  Octet Rule
      Lewis Structure and Resonance
  Octet Rule:  according
      Lewis Structure and Resonance
  Octet Rule:  satisfy
      Lewis Structure and Resonance
  OLE
      Using Equation Module with Other Applications
  Online Support
      Need Further Help
  Open
      Build Equation Database
      Half-Equation Method
      Inspection Method
      Oxidation Number Method
  Open MS Word
      Using Equation Module with Other Applications
  Open MS Word:  Balance Equation
      Half-Equation Method
      Inspection Method
      Oxidation Number Method
  Orbitals
      Hybrid Orbitals
      Molecular Orbital Theory
  Other Applications
      Using Equation Module with Other Applications
  Other side
      405
      406
  Other side:  H2O molecule
      405
  Other side:  OH-ion
      406
  Oxidation Number
      Calculating Oxidation Number
      Determine the change in oxidation number per atom for the elements undergoing achange in oxidation number
      One more multiplier
      Oxidation Number
      Oxidation Number Method
      When multiple atoms of the element undegoing change in oxidation number is presentin its molecular formula
      X-method
  Oxidation Number Method
      Oxidation Number Method
      Plug in and Balance Equation
  Oxidation number per atom
      Determine the change in oxidation number per atom for the elements undergoing achange in oxidation number
  Oxidation number per atom:  elements
      Determine the change in oxidation number per atom for the elements undergoing achange in oxidation number
  Oxidation number per unit formula
      When multiple atoms of the element undegoing change in oxidation number is presentin its molecular formula
  Oxidation number per unit formula:  Calculating
      Calculating Oxidation Number
  Oxidation number per unit formula:  screen
      Oxidation Number Method
  Oxidation number per unit formula:  Use
      X-method
  Oxidation State
      Oxidation Number Method
  Oxidized
      With the previous determined multiplier
  Oxidized:  balance
      With the previous determined multiplier
  Oxygen atoms
      Balance the oxygen atoms by adding H2O molecule to the side deficient in oxygenatoms
      Balance the oxygen atoms by adding H2O molecules to the side deficient to oxygenatoms
  Oxygen atoms:  Balance
      Balance the oxygen atoms by adding H2O molecule to the side deficient in oxygenatoms
      Balance the oxygen atoms by adding H2O molecules to the side deficient to oxygenatoms
  Oxygen atoms:  side deficient
      Balance the oxygen atoms by adding H2O molecules to the side deficient to oxygenatoms
  Partial equations
      402
      According to the oxidation number assigned from previous step
  Paste
      Build Equation Database
  Pecentage By Mass
      Percentage of Solution by Mass
  Percent Composition
      Percent Composition of Compounds
  Percent Composition of Compounds
      Percent Composition of Compounds
  Percent Composition of Compounds:  Compounds
      Percent Composition of Compounds
  Percentage by Mass/Volume
      Percentage of Solution by Mass/Volume
  Periodic Table
      Periodic Table Overview
  Periodic Table Overview
      Periodic Table Overview
  Periodicity
      Introduction to SoftChemistry
  Plug in and Balance Equation
      Plug in and Balance Equation
  Polarizability
      Introduction to SoftChemistry
  Polyatomic
      Hybrid Orbitals
      Lewis Structure and Resonance
      Molecular Orbital Theory
  Previous determined multiplier
      With the previous determined multiplier
  Print
      Build Equation Database
  Providig
      Need Further Help
  Reaction Heats
      Stoichiometry of Reaction Heats
  Reaction Heats:  Stoichiometry
      Stoichiometry of Reaction Heats
  Reaction Stoichiometry
      Introduction to SoftChemistry
      Reaction Stoichiometry
  Real Gas
      Real Gases - Van der Waals Equation
  Redox
      X-method
  Reduced atoms within
      With the previous determined multiplier
  Reducing
      With the previous determined multiplier
  Reducing:  species
      With the previous determined multiplier
  Remote Item button
      Build Equation Database
  Remove Item
      Build Equation Database
  Resonance Structures
      Lewis Structure and Resonance
  Respect
      305
      306
      403
      404
      405
      406
      407
      Balance each half
      In this step
      New Page 8
  Respect:  all other unbalanced elements
      404
      Balance each half
  Respect:  element oxidized
      403
      In this step
  Respect:  hydorgen
      306
  Respect:  hydrogen
      406
  Respect:  oxygen
      305
      405
  Respect:  total charge
      407
      New Page 8
  Round button
      Significant Figures
  Round-Off
      Significant Figures
  Rules
      The Rules of Assigning Oxidation Numbers
      VSEPR Model and Molecular Geometry
  Rules:  Assigning Oxidation Numbers
      The Rules of Assigning Oxidation Numbers
  Rules:  VSEPR
      VSEPR Model and Molecular Geometry
  S
      100
      After we assign an unknown coefficient x to the most complex unbalanced compound
      Inspection Method
      ionic equations
      The next target is to pick other atom
      VSEPR Model and Molecular Geometry
      X-method
  Save As
      Build Equation Database
  Select
      Build Equation Database
  Select Equation
      Build Equation Database
  Select File
      Build Equation Database
  Select File:  Equation
      Build Equation Database
  Side
      305
  Side deficient
      405
      406
      Balance the oxygen atoms by adding H2O molecule to the side deficient in oxygenatoms
      Balance the oxygen atoms by adding H2O molecules to the side deficient to oxygenatoms
  Side deficient:  equation deficient
      305
  Side deficient:  H2O molecule
      406
  Side deficient:  ions
      405
  Side deficient:  oxygen atoms
      Balance the oxygen atoms by adding H2O molecules to the side deficient to oxygenatoms
  SoftChemistry
      Introduction to SoftChemistry
      Need Further Help
      teaser
  SoftChemistry:  Introduction
      Introduction to SoftChemistry
  Solution Stoichiometry
      Solution Stoichiometry
  Solutions
      Boiling Point Elevation and Freezing Point Depression
      Dilution
      Molarity
      Percentage of Solution by Mass
      Percentage of Solution by Mass/Volume
      Solution Overview
      Solution Stoichiometry
  Solve
      Introduction to SoftChemistry
  Solve:  Lewis Structure
      Introduction to SoftChemistry
  Source
      305
  Source:  oxygen
      305
  Sp
      Hybrid Orbitals
  Sp2
      Hybrid Orbitals
  Sp3
      Hybrid Orbitals
  Sp3d
      Hybrid Orbitals
  Sp3d2
      Hybrid Orbitals
  Species
      With the previous determined multiplier
  Species:  reducing
      With the previous determined multiplier
  State
      Oxidation Number
      The Rules of Assigning Oxidation Numbers
  State:  0
      Oxidation Number
      The Rules of Assigning Oxidation Numbers
  State:  Cr
      Oxidation Number
      The Rules of Assigning Oxidation Numbers
  State:  Na
      Oxidation Number
      The Rules of Assigning Oxidation Numbers
  Stoichiometry
      Stoichiometry of Reaction Heats
      Stoichiometry Overview
  Stoichiometry Calculations
      Introduction to SoftChemistry
  Stoichiometry Overview
      Stoichiometry Overview
  Stoichiometry Overview:  Reaction Heats
      Stoichiometry of Reaction Heats
  Subscript
      Bond Polarity and Dipole Moment
      Half-Equation Method
      Hybrid Orbitals
      Inspection Method
      Lewis Structure and Resonance
      Oxidation Number Method
      Percent Composition of Compounds
      Plug in and Balance Equation
      Reaction Stoichiometry
      The Mole and Molecular Weight
      VSEPR Model and Molecular Geometry
  Subscript:  use
      Bond Polarity and Dipole Moment
      Hybrid Orbitals
      Lewis Structure and Resonance
      VSEPR Model and Molecular Geometry
  Sum
      Bond Polarity and Dipole Moment
  Sum:  Bond Polarities
      Bond Polarity and Dipole Moment
  Support Request
      Need Further Help
  Surrounding
      Lewis Structure and Resonance
  Surrounding:  O
      Lewis Structure and Resonance
  Sybmols
      Plug in and Balance Equation
  The Lewis Structure
      Lewis Structure and Resonance
  The Mole and Molecular Weight
      Percent Composition of Compounds
      The Mole and Molecular Weight
  Unhybridized
      Hybrid Orbitals
  Up Arrow
      Bond Polarity and Dipole Moment
      Hybrid Orbitals
      Lewis Structure and Resonance
      VSEPR Model and Molecular Geometry
  Update
      Build Equation Database
  Update Item
      Build Equation Database
  VSEPR
      Hybrid Orbitals
      VSEPR Model and Molecular Geometry
  VSEPR Model and Molecular Geometry
      VSEPR Model and Molecular Geometry
  VSEPR Theory
      VSEPR Model and Molecular Geometry
  VSEPR Theory:  applying
      VSEPR Model and Molecular Geometry
  VSEPR Theory:  conforms
      Hybrid Orbitals
  VSEPR Theory:  rules
      VSEPR Model and Molecular Geometry
  VSEPR Theory:  Use
      VSEPR Model and Molecular Geometry
  Weak Acids
      Mixture of Weak Acids
  Weak Acids:  Mixture
      Mixture of Weak Acids
  Weak Bases
      Mixture of Weak Bases
  Weak Bases:  Mixture
      Mixture of Weak Bases
  Wizard
      Half-Equation Method
      Inspection Method
      Oxidation Number Method
  Word
      Using Equation Module with Other Applications
  Write down
      402
      According to the oxidation number assigned from previous step
  X-Method
      This step
      X-method
  Zn
      Oxidation Number
      The Rules of Assigning Oxidation Numbers