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Ever needed to balance a chemical equation but couldn't do it by hand? This chemical equation balancing application will balance all types of equations in a fraction of a second. Just type the equation in, making elements capitalized and compounds separated by a "+" sign and an "=" sign to show the other side, along with the products. Touch "Balance" and your equation will be balanced in an instant!
This application includes added support for inserting parentheses for polyatomic ions and brackets for charges in oxidation/reduction reactions.
For an equation containing polyatomic ions, if there is only one molecule of the ion, such as in H(NO3), DO NOT insert the parentheses, and instead input HNO3.
For a redox equation, make sure that every compound has a bracket with a charge, even if a compound has no charge. For a positive charge, for example, input [2], for a negative charge, [-2], and for a charge of 0, [0]. DO NOT INPUT [+2].
Sample Equations:
C6H12O6 + O2 = CO2 + H2O
H2 + O2 = H2O
AgI + Pb(NO3)2 = AgNO3 + PbI2
Ca(OH)2 + (NH4)3PO4 = Ca3(PO4)2 + NH4OH
Cr2O7[-2] + H[1] + Fe[2] = Cr[3] + H2O + Fe[3]
Cu[0] + Ag[1] = Cu[2] + Ag[0]
This application operates offline, without the use of the Internet, by solely using mathematical algorithms to find coefficients of compounds.
If you encounter any issues with the application, feel free to contact me via email (upasnarayan@gmail.com). I am always open to suggestions that will improve the quality of this application. Otherwise, happy balancing!
NOTE: Please read the "Help" section under the menu on the application for additional and detailed instructions. This application does not solve equations. It only balances complete equations with compounds on both sides. Invalid equations entered will cause errors to be thrown.
This application includes added support for inserting parentheses for polyatomic ions and brackets for charges in oxidation/reduction reactions.
For an equation containing polyatomic ions, if there is only one molecule of the ion, such as in H(NO3), DO NOT insert the parentheses, and instead input HNO3.
For a redox equation, make sure that every compound has a bracket with a charge, even if a compound has no charge. For a positive charge, for example, input [2], for a negative charge, [-2], and for a charge of 0, [0]. DO NOT INPUT [+2].
Sample Equations:
C6H12O6 + O2 = CO2 + H2O
H2 + O2 = H2O
AgI + Pb(NO3)2 = AgNO3 + PbI2
Ca(OH)2 + (NH4)3PO4 = Ca3(PO4)2 + NH4OH
Cr2O7[-2] + H[1] + Fe[2] = Cr[3] + H2O + Fe[3]
Cu[0] + Ag[1] = Cu[2] + Ag[0]
This application operates offline, without the use of the Internet, by solely using mathematical algorithms to find coefficients of compounds.
If you encounter any issues with the application, feel free to contact me via email (upasnarayan@gmail.com). I am always open to suggestions that will improve the quality of this application. Otherwise, happy balancing!
NOTE: Please read the "Help" section under the menu on the application for additional and detailed instructions. This application does not solve equations. It only balances complete equations with compounds on both sides. Invalid equations entered will cause errors to be thrown.
