Normality Equation for titrations and dilution | #chemclasses

Here are the normality equations commonly used in titration and dilution. These are standard relationships in analytical chemistry. In any acid–base or redox titration, the relationship is: N₁V₁ = N₂V₂ Where: N₁ = Normality of the titrant V₁ = Volume of the titrant N₂ = Normality of the analyte (unknown) V₂ = Volume of the analyte This comes from the principle: Equivalents of acid = Equivalents of base (Normality × Volume)acid =(Normality × Volume)base (Normality × Volume)acid =(Normality × Volume)base When a solution is diluted (no change in number of equivalents): N₁V₁ = N₂V₂ Where: N₁ = Normality of the concentrated solution V₁ = Volume of the concentrated solution N₂ = Normality after dilution V₂ = Final total volume after dilution This follows: Initial equivalents=Final equivalents    • Normality of Solution | Better way of expr...      • How to find the Number of Geometrical Isom...      • Green House Effect & Global Warming- Easy ...      • Ion Exchange Reactions | Types of Inorgani...      • An Introduction to Spectroscopy   ​ #chemclasses, #shorts, #youtubeshorts, #shortvideos,#shortsfeed, #trending Organic Chemistry, Inorganic Chemistry, Physicsl Chmeistry, NEET, JEE, Class-12th, class 11th, CBSE, NCERT, PMT, CSIR-NET, JRF, MSc, BSc, Competetive exams,