CHEMICAL EQUATION
BALANCER PRO
Smart Parser
(), [], and states like (aq). Typing is auto-case corrected.Reactor Standby
Input a chemical reaction on the left to activate algebraic solver and stoichiometry engine.
The Professional Solver
Unlike simple atom-counters, our Chemical Equation Balancer Pro uses a robust system of linear equations resolved via high-precision BigInt fractions. This ensures that even the most mathematically unstable redox reactions or complex polyatomic arrangements are balanced with the smallest possible integer coefficients, providing educational "Show Your Work" steps for every calculation.
Algebraic Method
Native support for systems of linear equations with variable assignment.
Stoichiometry Table
Interactive mass-mole converter with real-time theoretical yield tracking.
Visual Conservation
Live atom conservation chart powered by canvas rendering.
Phase Notation
Support for (s), (g), (l), and (aq) state symbols in input and output.
BigInt Precision
Fraction-based arithmetic eliminates floating-point rounding errors.
Shareable State
Equations are synced to the URL for instant sharing and bookmarking.
Mastering
Reaction
Balancing
Specify molecular groups using parentheses, like Al2(SO4)3.
Separate reactants and products with an arrow (->) or equals sign (=).
Use state markers (s, aq, g, l) at the end of each compound if needed.
FAQ Section
Can it handle complex redox?
Yes, our Gaussian eliminator handles any reaction that follows atom conservation.
Is the mass high-precision?
We use high-precision IUPAC atomic weights for all 118 elements.
HOW TO BALANCE
CHEMICAL EQUATIONS
Balancing chemical equations is a fundamental skill in chemistry that ensures the Law of Conservation of Mass is followed. Our tool uses advanced linear algebra to solve even the most complex redox reactions instantly.
01. The Principle
Every atom that enters a reaction as a reactant must leave as a product. We cannot create or destroy atoms; we only rearrange them.
02. The Algebraic Method
Unlike the "guess and check" method taught in schools, our tool assigns a variable to each compound and solves a system of linear equations using Gaussian elimination.
FREQUENTLY ASKED QUESTIONS
Q. Why use an algebraic balancer?
For complex reactions like redox or those with many polyatomic ions, the inspect method is prone to error. Algebra ensures the simplest integer coefficients every time.
Q. Can this tool handle polyatomic ions?
Yes. Use parentheses like Al2(SO4)3 correctly, and the parser will distribute the atoms automatically.
Q. What are the state symbols for?
Symbols like (s) for solid, (g) for gas, and (aq) for aqueous help define the physical state of components in a complete chemical equation.