To join our Free Trial Lesson, Join our Whatsapp Community Now! https://chat.whatsapp.com/CWSRaMi4i3w... or msg at +92 323 509 4443 To purchases recorded courses with notes https://megalecture.com/courses/ A Level | Live Class 04 | Chemical Energetics | Gibbs Free Energy | WhatsApp 0323 509 4443 Welcome to Mega Lecture’s A Level Chemistry Live Class 04! In this session, we’re diving deep into the concept of Gibbs Free Energy (ΔG) — a critical part of the Chemical Energetics topic. Understand how to predict the spontaneity of chemical reactions using ΔH, ΔS, and temperature. What You’ll Learn in This Class: 1️⃣ Introduction to Gibbs Free Energy Definition and significance of ΔG in thermodynamics The Gibbs equation: ΔG = ΔH − TΔS What positive and negative ΔG values mean 2️⃣ Interpreting Gibbs Free Energy Predicting reaction feasibility at different temperatures The role of enthalpy (ΔH) and entropy (ΔS) in determining ΔG Temperature dependence and the balance between ΔH and TΔS 3️⃣ Worked Examples and Problem Solving Step-by-step calculation of ΔG using standard values Units and conversions explained clearly Deciding if a reaction is feasible under given conditions 4️⃣ Solved Past Paper Questions Real A Level exam questions broken down and solved Common pitfalls to avoid in Gibbs Free Energy questions How to explain feasibility using proper scientific language Why Join Mega Lecture? Mega Lecture equips you with the tools and confidence to succeed in A Level Chemistry. With a focus on clarity, practice, and exam strategy, we help you understand complex topics like Gibbs Free Energy with ease. 📚 Understand Gibbs Free Energy. Predict Feasibility. Ace the Exam! 📲 Join Mega Lecture Online Classes Today! WhatsApp: 0323 509 4443 Website: www.megalecture.com #MegaLecture #ALevelChemistry #ChemicalEnergetics #GibbsFreeEnergy #9701Chemistry #Thermodynamics #Entropy #ChemistryRevision #OnlineClasses #ExamPreparation #LearnWithMegaLecture 💡 Like, Share & Subscribe for more live classes and exam-focused Chemistry content. Got questions? Drop them in the comments — we’re here to help! 🎓