How to calculate molar ratio of two compounds?

You can use the sum of the products of the molar masses of the two compounds to calculate the molar ratio of two compounds.

How to calculate molar ratio of compounds?

If you’re trying to calculate the ratio of two different compounds, there are several different ways you can do it. First, you can use a simple division problem. For example, to calculate the ratio of two salts, divide the molar mass of the salt with the most moles by the molar mass of the salt with the least amount of moles. A more accurate method for solving this type of problem is to use a chemical equation, which involves multiplying the number of atoms of

How to calculate molar ratio of compounds with the same

You can easily solve a problem of molar ratio of two compounds with the same atoms by just counting their atoms. As an example, the molar ratio of potassium hydroxide (KOH) and hydrogen peroxide (H2O2) is 2:1. If you have 10 g of potassium hydroxide and 5 g of hydrogen peroxide, then you have a molar ratio of 2:1 as well. All you have to do is count the atoms. Both potassium and

How to calculate molar ratio of compounds with equivalent weights?

If you have two compounds which have different molecular weights but have the same number of atoms present, you can determine the ratio of the two compounds by solving the equation: Molar ratio of two compounds with equivalent weights = Number of atoms in the lighter compound/Number of atoms in the heavier compound.

How to calculate molar ratio of two compounds with equal moles?

If you have two compounds with the same number of moles you can calculate their molar ratio as follows: Divide the number of moles of one of the compounds by the number of moles of the other one. You will end up with a number which is the molar ratio of the two compounds.