How to determine theoretical yield of moles?

If you want to be able to compare the different products, you need to be able to do the conversion to the equivalent amount of carbon dioxide or methane, which is generally given in terms of a carbon dioxide equivalent (or CFE). For each gram of carbon dioxide equivalence ( gco2e , 1 kg of carbon dioxide will be produced. Now, this will be easier if you use the conversion factor given by the manufacturer. But if you want to find the estimated gCO2e yourself

How to calculate theoretical yield of moles?

To find the theoretical yield of any chemical, you need to know the percentage of each component in the reaction. There are plenty of online calculators that can do this for you, and most of them are free. For example, if you are making lactic acid, you would need to know the mass of each component: water, lactose, and lactic acid. The percentage of each component is given by its mass percentage in the solution: 100% for water, 50% for lactose

How to determine the molecular weight of a compound?

You can use the molecular weight to determine the potential yield. The higher the molecular weight, the higher the potential yield. In other words, if you have a highly crystalline form of a drug, the potential yield is higher because you can cut out more from the same amount of raw material.

How to calculate the molecular weight of a compound per mole?

The Molecular Weight of a Compound per Mole is simply defined as the mass of one mole of the chemical, in grams. If you want to determine the number of moles of a chemical, you can divide its mass by its Molecular Weight per Mole.

How to check the theoretical yield of moles?

Theoretical yield of moles is calculated in a lab by multiplying the percentage of the particular metal present in the sample by the density of pure gold in its crystalline form. For example, if the metal content of your sample is 3.5%, then multiplying it by the density of pure gold (19.3 g/cm3) will give you a gold content of 6.17 g, which is the theoretical amount of gold in your sample.