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XI Physics Solved MCQs | Ch# 3 Dynamics | #TP11 33

Talha's Physics Academy

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XI Physics Solved MCQs | Ch# 3 Dynamics | #TP11 33

19 217 просмотров · 2 г. назад
Talha's Physics Academy
127 тыс. подписчиков
19 217 просмотров · 2 г. назад
Master all 10 Textbook Multiple Choice Questions (MCQs) for Class 11 Physics — Chapter 3: Dynamics (#TP11 33)! In this comprehensive lecture, Sir Muhammad Talha provides step-by-step logical explanations, mathematical derivations, and conceptual shortcuts for every Section A MCQ on page 70. Learn the core concepts of Newton's Laws of Motion, rate of change of linear momentum, mass vs. inertia, self-adjusting frictional forces, law of conservation of momentum in rocket propulsion and bomb explosions, and the mathematical relationship between Kinetic Energy and Momentum (K.E. = p² / 2m). Essential preparation for Sindh Board, Punjab Board, KPK Board, FBISE, and competitive entry tests (ECAT/MDCAT)! 📚 MCQs Practice Sheets: https://talhaphysicsacademy.blogspot.... ⏱️ TIMESTAMPS / CHAPTERS: 00:00 - Introduction & Overview of Unit 3 MCQs 00:00:30 - MCQ 1: Rate of Change of Linear Momentum (Proof: F = Δp/Δt) 00:02:17 - MCQ 2: Physical Concept of Mass & Inertia 00:03:29 - MCQ 3: Frictional Force as a Self-Adjusting Force 00:05:01 - MCQ 4: Forces and Acceleration in Newton's Laws 00:05:49 - MCQ 5: Motion of Space Rockets & Conservation of Momentum 00:06:46 - MCQ 6: Exploding Bomb Numerical (Conservation of Linear Momentum) 00:10:19 - MCQ 7: Percentage Increase in K.E. when Momentum Increases by 20% 00:15:06 - MCQ 8: Calculating K.E. from Mass (2kg) and Momentum (2 N·s) 00:15:35 - MCQ 9: Maximum Momentum at Constant K.E. (Alpha Particle vs. Electron) 00:17:05 - MCQ 10: Acceleration Calculation Using Newton's Second Law (F = ma) 00:17:50 - Summary & Recommended Playlist 💡 KEY CONCEPTS & FORMULAS COVERED: • Newton's Second Law of Motion: F = ma and F = Δp / Δt • Concept of Inertia and its direct dependence on Mass • Static, Limiting, and Kinetic Friction dynamics • Law of Conservation of Linear Momentum: m₁v₁ = m₂v₂ • Kinetic Energy & Momentum Relationship: K.E. = p² / 2m • Mass comparison of subatomic particles (Alpha particle, Proton, Neutron, Electron) 🔔 Subscribe to Talha's Physics Academy for complete Class 11 & Class 12 Physics lectures, textbook MCQs, and board exam numericals! #Class11Physics #Dynamics #PhysicsMCQs #TalhasPhysicsAcademy #FirstYearPhysics #SindhBoardPhysics #FBISEPhysics #PunjabBoardPhysics #KPKBoardPhysics #PhysicsChapter3