MolecularSoft - Balance Equation

Balance Any Chemical Equation with a Single Click

This Balance Wizard provides intelligent engines to balance any chemical equations in general chemistry, including but not limited to:

Oxidation-Reduction Reaction
Redox Reaction
Acid-Base Reaction
Photochemical Reaction
Combustion Reaction
Synthesis Reaction
Decomposition Reaction

Displacement Reaction
Acid-Base Reaction
Synthesis Reaction
Disassociation Reaction
Hydrolysis Reaction
Endothermic and Exothermic Reactions
and etc…

This Balance Wizard offers following three different methods to balance any chemical equation with step-by-step guide.

Inspection Method,
Oxidation Number Method,
Half-Equation Method.

How to use:

For first time users, please review the QuickStart Demo,
For advanced users, please review the detail instruction to balance any chemical equations, http://www.molecularsoft.com/help/SC_Help.htm

For professional users, the equation balancing module can be used in other applications, such as MS Word, ChemDraw etc.

Take a Quick Tour (Flash Movies with Audio):

(2:30) Broadband | Diap-Up

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QuickStart Demo:

a. Balance any chemical equation with a single click

b. Build your own database of chemical reactions using the database feature

c. Four balance wizards balance chemical equations step by step with explanations
· Inspection method wizard for any equations
· Oxidation number method wizard for redox equations
· Half-reactions method wizard in acidic/neutral media for redox equations
· Half-reactions method wizard in basic/neutral media for redox equations

d. Save or print the wizard steps and results.

e. With advanced Microsoft OLE2 technology, the equation balancing module can be used in other applications, such as MS Word, ChemDraw etc.

Equation Balance Wizard

Equation Balance in other applications (for example, MS-Word)


The Equation Balance Summary
1. Your orignal equation to be balanced

2. Assigning oxidation numbers

3. Determining the change in oxidation number

4. Determining multiplying factors to equalize the electron change

5. Place coefficients in front of oxidizing and reducing species

6. Balance other atoms except H and O

7. Balance other atoms except H and O

8. Balance oxygen

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