DPP No. 2 | Chemical Equilibrium| Equilibrium Practice Questions | JEE & NEET 2028 | DPP Series

Chemical Equilibrium DPP No. 2 | JEE & NEET 2028 In this video, we discuss and solve DPP No. 2 of Chemical Equilibrium, one of the important chapters of Physical Chemistry for JEE Main, JEE Advanced, NEET 2028, and Class 11 students. This DPP contains carefully selected questions designed to strengthen your understanding of chemical equilibrium, reversible reactions, law of mass action, equilibrium constant (Kc and Kp), reaction quotient, Le Chatelier’s principle, and related numerical problems. 00:00 Introduction 1. Question 1 (0:24-2:31): Calculate the value of Kc for a reaction in a 2-liter vessel given specific moles of reactants and products. 2. Question 2 (2:35-4:27): Find the equilibrium concentration of C6H6 given the Kc value and the equilibrium concentration of C2H2. 3. Question 3 (4:28-8:13): Determine the relationship between the equilibrium constants (K1 and K2) of two related chemical equations. 4. Question 4 (8:14-14:29): Calculate the equilibrium constant for the synthesis of NH3 from N2 and H2 given initial moles and dissociation percentage. 5. Question 5 (14:30-16:09): Determine the equilibrium constant of a reversed and multiplied chemical reaction given the original Kp. 6. Question 6 (16:10-18:20): Analyze which statement is correct regarding the effect of pressure and dissociation on Kp at a fixed temperature. 7. Question 7 (18:21-20:23): Identify which of the given gas-phase equilibrium reactions has Kp not equal to Kc. 8. Question 8 (20:24-23:14): Find the partial pressure of CO at equilibrium using the Kp values of two provided reactions. 9. Question 9 (23:19-27:22): Calculate the equilibrium constant for a reaction where the equilibrium concentration of product C is twice that of reactant A. 10. Question 10 (27:23-35:16): Derive the mathematical relationship between the degree of dissociation, total pressure P, and Kp for the reaction N2O4 ⇌ 2NO2. 11. Question 11 (35:17-38:56): Calculate the value of Kp for the decomposition of ammonia carbamate given the total equilibrium pressure. 12. Question 12 (38:57-39:41): A practice problem regarding H2 and I2 reaction in a 1-liter vessel to find Kc. 13. Question 13 (39:42-43:47): Calculate the standard Gibbs free energy change given the equilibrium constant and temperature. 14. Question 14 (43:48-44:38): Explain the effect on the equilibrium constant when the concentrations of reactants are doubled at a fixed temperature. 15. Question 15 (44:39-47:35): Determine the corresponding value of Kc given Kp, temperature, and the chemical equation. 🎯 This Video is Useful For ✔ JEE Main 2028 Aspirants ✔ JEE Advanced 2028 Aspirants ✔ NEET 2028 Aspirants ✔ Class 11 Chemistry Students ✔ Foundation Course Students ✔ Board + Competitive Exam Preparation ✔ Chemical Equilibrium Revision and Practice 📌 Why Watch This DPP? 🔹 Strengthens fundamental concepts of Chemical Equilibrium 🔹 Improves equilibrium constant and numerical problem-solving skills 🔹 Builds confidence for JEE & NEET questions 🔹 Helps avoid common conceptual and calculation mistakes 🔹 Develops a strong foundation in Physical Chemistry 🔹 Excellent practice for JEE & NEET 2028 preparation If this video helps you, do not forget to Like, Share and Subscribe for more JEE/NEET-focused Chemistry content. #jee #neet #jeepreparation #neetpreparation #chemistry #jeechemistry #neetchemistry #dpp #chemicalequilibrium #equilibrium #jee2026 #jee2027 #jee2028 #neet2026 #neet2027 #neet2028