Are fewer steps required in solving stoichiometry problems?

In solving stoichiometry problems, there are quite fewer steps required but there are basic things we need to understand about stoichiometry. Though stoichiometry could be a little confusing for some students which I feel it shouldn’t anyways but I want to show you the misnomer and an easy approach to stoichiometry calculations.  What are the…

5 Guidelines on how to do stoichiometry?

Students’ exploration in stoichiometry has led to several approaches in stoichiometry calculations and it is very important to note the several guidelines required to do stoichiometry. There are several guidelines on how to do stoichiometry and this will help us to solve stoichiometry calculations easily. 7 guidelines required to solve stoichiometry problems 1.Understand balancing of…

16 Best Examples on Stoichiometry table

The best way of understanding stoichiometry table is simply to use stoichiometry worksheet. I’m going to use stoichiometry table to show some calculations on different aspects of stoichiometry. by illustrating with examples. In the stoichiometry table, I’ll solve questions on these categories just to basically help us understand stoichiometry concept better.. Calculations using Stoichiometry table…

How to calculate Mass to Mass Stoichiometry

Stoichiometry calculations is grouped into different categories and one of them is mass to mass stoichiometry. In mass-to-mass stoichiometry, the analysis and comparison are still based on mole concept. To proceed in the calculations of mass-to-mass stoichiometry, there is a need to recall how to change or convert mole to mass as discussed fully in…

When is equilibrium reached in a chemical reaction?

Chemical equilibrium is reached when the rate of forward reaction equals the rate of the backward reaction in such a way that there is no difference in the concentrations of reactants and products. It’s been said that chemical equilibrium in Chemistry refers to chemical reactions that can attain equilibrium when the rates of reactions are…