Series and Parallel Magnetic Circuits Explained Simply! 🧲 MMF Derivation | Prasant Decodes

"In this video, Prasant Decodes the core concepts of Series and Parallel Magnetic Circuits including MMF derivation and reluctance for SSC JE and GATE exams."🧘‍♂️ Hum seekhenge ki kaise MMF, Reluctance aur Flux ka derivation kisi bhi competitive exam (GATE, SSC JE) ke liye aasan banaya ja sakta hai." Dear Learners, Welcome to Prasant Decodes! 🚀 Yahan hum Science, Engineering aur History ke sabse bade rahasyon (Mysteries) ko decode karte hain. No boring lectures, only mind-blowing stories! Kya aap janna chahte hain: ✅ Duniya ke greatest inventions ke piche ka sach? (Tesla, Einstein, Edison) ✅ Engineering Marvels kaise kaam karte hain? (Megastructures, Machines) ✅ Unsolved Mysteries aur Scientific Facts jo books mein nahi milte. Mera naam Prasant hai (Engineer by profession, Storyteller by passion). Mera mission hai Science aur Engineering ko itna aasan aur interesting banana ki har koi ise samajh sake. Agar aapko bhi "Kyun aur Kaise" janne mein maza aata hai, toh abhi SUBSCRIBE karein aur is safar ka hissa banein! 📧 Email for Business Enquiries: [email protected] 📱 WhatsApp Channel: https://whatsapp.com/channel/0029Vb7V... 🔵 Facebook:   / prasantdecodes   📸 Instagram:   / prasantdecodes   Timestamps: 0:00 - Meeting Yourself (Life Motivation) 0:30 - Magnetic vs Electric Circuit Analogy 1:21 - Series Magnetic Circuit: Step-by-Step Breakdown 3:19 - Mathematical Derivation of Total Reluctance 7:02 - Parallel Magnetic Circuit: Understanding Flux Paths 8:09 - The Flux Division Rule 9:53 - How to calculate Total MMF in Parallel? 11:17 - Pro-Tips for Exams & SSC JE