Uploaded February 2025 | Updated September 2026, 2 weeks ago
In limiting reactant problems, we often need to calculate the theoretical yield—the maximum amount of product that can be made if the reaction proceeds perfectly. In this video, we go step by step to determine the limiting reactant and use it to calculate the theoretical yield of H₂O.
🔹 Find the Limiting Reactant – The limiting reactant controls how much product can form. We compare reactant amounts to determine which one is limiting.
🔹 Ignore the Excess Reactant – Since the excess reactant doesn’t limit the reaction, we focus only on the limiting reactant.
🔹 Use Mole Ratios to Calculate Theoretical Yield – By setting up a proportion, we determine the maximum amount of product that can be produced.
▶ Limiting Reactant Playlist:
youtube.com/playlist?list=PLZR1BGWBaZ1zM68K2sRW9JDLx1Ti7BorL
▶ Stoichiometry Playlist:
youtube.com/playlist?list=PLZR1BGWBaZ1zrlxkYJDNW_HWdUib0Q8Pa
Whether you're in General Chemistry, AP Chemistry, or just need help with stoichiometry problems, this method will make it simple.
#TheoreticalYield #ChemistryHelp #Stoichiometry
In limiting reactant problems, we often need to calculate the theoretical yield—the maximum amount of product that can be made if the reaction proceeds perfectly. In this video, we go step by step to determine the limiting reactant and use it to calculate the theoretical yield of H₂O.
🔹 Find the Limiting Reactant – The limiting reactant controls how much product can form. We compare reactant amounts to determine which one is limiting.
🔹 Ignore the Excess Reactant – Since the excess reactant doesn’t limit the reaction, we focus only on the limiting reactant.
🔹 Use Mole Ratios to Calculate Theoretical Yield – By setting up a proportion, we determine the maximum amount of product that can be produced.
▶ Limiting Reactant Playlist:
youtube.com/playlist?list=PLZR1BGWBaZ1zM68K2sRW9JDLx1Ti7BorL
▶ Stoichiometry Playlist:
youtube.com/playlist?list=PLZR1BGWBaZ1zrlxkYJDNW_HWdUib0Q8Pa
Whether you're in General Chemistry, AP Chemistry, or just need help with stoichiometry problems, this method will make it simple.
#TheoreticalYield #ChemistryHelp #Stoichiometry




![Can you have a pH of 0?
In this video, we explore the question: Is it possible to have a pH of zero? The pH of a solution is calculated using the formula pH = -log[H₃O⁺], where [H₃O⁺] represents the concentration of hydronium ions. Understanding this relationship is key to determining how low a pH can go.
To put this to the test, we experiment with a one molar solution of a strong acid. When we plug the concentration into the formula, the result is revealing: the negative log of 1 equals zero. This demonstrates that a one molar solution can indeed have a pH of zero. Can you have a pH of 0?](https://i.ytimg.com/vi/ezJMIXc1fBw/mqdefault.jpg)





