Short Questions | Chapter 14: Particle Physics | Lec 18 | Part 1 | NBF

This video is Part 1 of the short questions from Chapter 14: Particle Physics of the National Book Foundation textbook. It is specially designed for FBISE and AJK Board students, covering SLO-based questions to help with board exam preparation. 📌 Questions Covered in This Video (Part 1): 1️⃣ Why does beta-minus (β⁻) decay lead to an increase in the atomic number, while beta-plus (β⁺) decay results in a decrease? 2️⃣ Explain how the mass-energy equivalence principle (E = mc²) relates to nuclear energy release, such as in alpha decay. 3️⃣ How do the principles of nucleon conservation and charge conservation reflect deeper symmetries and laws in fundamental interactions? 4️⃣ Can anti-matter burn? Explain. 5️⃣ List at least three applications of anti-matter. 📌 More Parts Coming Soon! Stay Tuned! Who is this video for? ✅ FBISE & AJK Board students ✅ Students following the National Book Foundation syllabus ✅ Punjab, Sindh, KPK, Balochistan & other board students (Check syllabus compatibility) What’s included? ✔️ SLO-based short questions for board exams ✔️ Conceptual explanations with clarity ✔️ Helps in board exam preparation 📌 Watch the complete lecture series for full chapter coverage! 🔔 Subscribe & Turn On Notifications for more helpful videos!** 📢 Related Searches: Short questions of Chapter 14 Particle Physics Chapter 14 Particle Physics National Book Foundation FBISE Physics Short Questions Chapter 14 AJK Board Physics Chapter 14 Solutions Particle Physics SLO-based questions Physics Chapter 14 important questions Physics Class 12 Chapter 14 solved short questions