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Molecular, Ionic and Net Ionic Equations with Practice Examples

In this video, we will cover the concepts of Molecular, Ionic, and Net Ionic equations. These equations are written for double replacement reactions, which generally result in the formation of at least one precipitate. To identify the precipitate formed, we need to refer to the solubility table. The Molecular Equation is the balanced double replacement reaction between two ionic compounds, including their products, with their state symbols. The Ionic Equation shows the dissociation of ions in the double replacement reaction. It's important to note that the precipitate, or solid form, does not dissociate and remains together as an ionic compound in its solid form. The Net Ionic Equation represents the reaction in which the reactive ions combine to form the precipitate. This equation does not include the spectator ions. 📒 *Chapters* 📒 --------------------------- 0:00 Introduction 0:14 How and when to use Molecular, Ionic and Net Ionic Equations 0:29 What is meant by a "precipitate"? 1:33 Overview of the solubility table 1:50 How to determine the two states aqueous (aq) and solid (s) using the solubility table 2:20 Examples of some ionic compounds and finding their states using the solubility table 4:19 Question: find molecular, ionic and net ionic equations for the reaction between magnesium nitrate and potassium hydroxide. 7:05 What is meant by "spectator ions"? 8:00 Question: find molecular, ionic and net ionic equations for the reaction between lead (II) nitrate and sodium phosphate. ---------------------------- *Stay connected!* 📞 *Twitter (X):* /ChemLessonsMona *Instagram:* /chem_lessons_with_Mona *Website:* http://mlchemistry.com/ 🔔 Subscribe for more chemistry lessons:    / @chemlessonswithmona   📺 Watch the full video here:    • Molecular, Ionic and Net Ionic Equati...   🎥 Check out the playlist for more chemistry topics:    • Solution Chemistry   --- Thank you for watching! If you enjoyed the video, please like it. Have questions, suggestions, or feedback? Leave a comment below. I love hearing from you! #Doublereplacement #molecularionicnetionic #netionicequation #precipition ---