Answer:
First, a mandatory stoichiometric balance must be made, and second, the degree of purities and impurities that the reagents have must be analyzed to see how many products they would have.
It is essential that this is taken into account since not all chemical compounds (reactants) are 100% pure and therefore their entirety does not become a product.
Explanation:
As for the stoichiometric balance, it is fundamental since if the equation is not balanced all the data will be wrong.
Many times the quantity in grams and another measurement of the products are obtained, taking into account a standard value of how many reactants will give x quantity of products, a simple rule of three could be made and thus be able to determine in a simpler way how many reactants were catalyzed in reaction.
To calculate the specific amount of reactant and product, the stoichiometry method is used.
Stoichiometry is the science of calculating the quantities of components involved in chemical processes.
To understand stoichiometric calculations, first, we balance the equation. To balance an equation, count the number of atoms of the compound on both sides.
If the quantity is not the same, then balance the equation first.
Then, The stoichiometric coefficients' ratio is used to calculate the mole ratio between two components in a chemical process.
We can write mole ratios using these numerical connections, which allow us to translate between amounts of reactants and/or products.
Thus, calculate the stoichiometry problems.
Learn more about the stoichiometry method, here:
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