ICSE 10th Physics - Problem 7 - Energy per gram in Fission and Fusion скачать в хорошем качестве

ICSE 10th Physics - Problem 7 - Energy per gram in Fission and Fusion

Title: Energy Released per Gram in Fission and Fusion ICSE Class 10 Physics Description: In this video, we explain the concept of energy released per gram in nuclear fission and fusion, an important topic in ICSE Class 10 Physics. Nuclear reactions are among the most powerful sources of energy known to science, and understanding how much energy is released per unit mass helps us compare these processes with chemical reactions and everyday fuels. 🔹 Theory Overview: • Nuclear Fission: In fission, a heavy nucleus (like uranium or plutonium) splits into smaller nuclei. This process releases a large amount of energy because the binding energy per nucleon of the products is higher than that of the original nucleus. • Nuclear Fusion: In fusion, two light nuclei (like hydrogen isotopes) combine to form a heavier nucleus. Fusion releases even more energy per gram compared to fission, as the binding energy per nucleon increases significantly. • Comparison: Fusion is far more efficient than fission in terms of energy released per gram of fuel. However, achieving fusion requires extremely high temperatures and pressures, which is why it powers stars like our Sun but is difficult to replicate on Earth. • Applications: • Fission is used in nuclear power plants and atomic bombs. • Fusion is the source of stellar energy and is being researched for future clean energy solutions. 🔹 What you’ll learn in this video: • Meaning of energy released per gram in nuclear reactions • Difference between fission and fusion processes • Why fusion is more powerful than fission • Real‑life applications and exam‑style explanations tailored to ICSE Class 10 syllabus 🔔 Like, Subscribe, and Share! Don’t miss more exciting physics content—hit the bell icon to stay updated on new lectures. Drop your questions or feedback in the comments below! Please, let me know if I made any mistake. 📱Connect with Me for More Physics Fun: • Telegram: Join my physics community for exclusive resources, discussions, and updates! – https://t.me/Hologram2dd • Instagram: Follow for bite-sized physics tips, behind-the-scenes content, and more! https://www.instagram.com/hologram.2d... • Facebook: Stay connected with my physics community and get the latest updates!   / 1mtykkbndu   Problem 1 -    • ICSE 10th Physics - Problem 1 - Car light ...   Problem 2 -    • ICSE 10th Physics - Problem 2 - Overloadin...   Problem 3 -    • ICSE 10th Physics - Problem 3 - Frequency ...   Problem 4 -    • ICSE 10th Physics - Problem 4 - Frequency ...   Problem 5 -   • ICSE 10th Physics - Problem 5 - Frequency ...