Bomb Calorimeter|Measurement of Enthalpy| Thermodynamics || 11th|JEE|NEET|CBSE|State board || Part06

Thermodynamics! In this video, we break down the Bomb Calorimeter—how it works, its components, and how to use it to measure internal energy change (\Delta U) and calculate the change in enthalpy (\Delta H). ​📌 What You’ll Learn ​What is a Bomb Calorimeter? Understanding constant-volume calorimetry. ​Key Components: Bomb vessel, ignition wires, water jacket, stirrer, and thermometer. ​Working Principle: How combustion at constant volume yields heat of reaction (q_v). ​Mathematical Derivations: ​Heat gained by the calorimeter setup: q = C \cdot \Delta T ​Calculating internal energy change: \Delta U = -q_v / n ​Converting to enthalpy change: \Delta H = \Delta U + \Delta n_g RT ​Step-by-Step Sample Problem: Solving a real numerical example for exams. ​⏱️ Timestamps ​00:00 - Introduction to Bomb Calorimetry ​01:15 - Diagram & Components Explained ​03:40 - Working & Combustion Reaction ​06:10 - Deriving \Delta U (q_v) ​08:30 - Relation between \Delta H and \Delta U (\Delta H = \Delta U + \Delta n_g RT) ​11:05 - Solved Numerical Example ​🔔 Don't forget to Like, Share, and Subscribe for more Physical Chemistry tutorials! Drop your questions or topics you'd like covered next in the comments below. ​#Thermodynamics #BombCalorimeter #Enthalpy #PhysicalChemistry #ChemistryTutorial #APChemistry #NEETChemistry #JEEChemistry