Molar Ratio Calculator - EasyCalculation

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Molar Ratio Calculator

In a chemical reaction, mole ratio is defined as the ratio of amounts of mole of one substance to the mole of another substance. Use this free online molar ratio calculator to do mole ratio calculation in a reactant.

Mole Ratio Calculation

First Element ( Ex. I for Iodine ) g/mol Combustion of the First Element g Second Element ( Ex. I for Iodine ) g/mol Combustion of the Second Element g Molar Ratio

In a chemical reaction, mole ratio is defined as the ratio of amounts of mole of one substance to the mole of another substance. Use this free online molar ratio calculator to do mole ratio calculation in a reactant.

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Formula:

Molar Ratio = ( Combustion amount of 2nd element / Molar mass of second element ) / ( Combustion amount of 1st element / Molar mass of first element )

A mole is the amount of any chemical element, also known as the coefficient of the elements in a balanced equation. Mole ratio is defined as the amount of moles of two compounds that involved in a chemical reaction. Molar ratio is determined through finding the relation between moles of one substance to another substance. The ratio is used as conversation factors between a reactant and product in solving the stoichiometry problems. Molar ratio can also be referred as mole-to-mole ratio. You can use this online molar ratio calculator to do the mole ratio calculation from the known value of first element, second element and combustion of both the elements.

Example:

Consider a chemical equation , N2 + 3H2 = 2NH3. Find the mole ratio of N2 H2 if it has the combustion of 1.8g of N and 3.2 g of H2? Molar Mass of the N =14.0067 Hence Molar mass of N2 = 14.0067 x 2 = 28.013 Molar Mass of H =1.008 Hence Molar mass of H2 = 1.008 x 2 =2.016 Substituting the values in the formula, = [ ( 3.2 / 2.016 ) / ( 1.8 / 28.013 ) ] = [ 1.5873 / 0.064255 ] =24.703 Hence the molar ratio is1 : 24.703

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