Master the Fundamentals of Electromagnetism and EM-Induction

🌟 Course Title: Master the Fundamentals of Electromagnetism and EM-Induction

🚀 Course Headline: Learn the Fundamentals of Electromagnetism and Electromagnetic Induction through video lectures, tutorials, and quizzes!

Welcome to Your Journey in Electromagnetism!

Are you a college student tackling physics, preparing for IGCSE/GCE A level Physics, IB HL/SL Physics examinations, or simply curious about the wonders of Electromagnetism and EM-Induction? 🎓✨ Then this course is tailor-made for you!

What You Will Learn:

• Magnetic Field and Magnetic Flux Density: Understand the invisible forces that guide the paths of electrons.
• The Right-Hand Grip Rule: A simple trick to orient magnets correctly every time.
• Fleming's Left-Hand Rule and Right-Hand Rule: Visualize the direction of current, force, and magnetic fields with your hand.
• Force on a Current-Carrying Conductor in a Magnetic Field: Discover how electric currents interact with magnetic fields.
• Measurement of Magnetic Flux Density using Current Balance: Learn the tools and techniques to measure these fundamental properties.
• Force on a Mobile Charge in a Magnetic Field: Explore the dynamics of charged particles in a magnetic field.
• Effects on Charged Particles due to Electric and Magnetic Fields: Delve into how electric and magnetic fields influence charged particles.
• The Velocity Selector: Understand the role of electric and magnetic fields in selecting particle velocities.
• Application of Electromagnetism (DC Motor and Circuit Breaker): See real-world applications of electromagnetic principles.
• Introduction to Magnetic Flux Linkage and its SI Unit: Get acquainted with the concept that links magnetic flux to practical devices.
• Phenomenon of Electromagnetic Induction: Uncover the principles behind generating electricity using magnets.
• Faraday's Laws and Lenz's Law: Learn the laws governing electromagnetic induction, including their implications and applications.
• Electromagnetic Induction (Motional Magnetic Field and EMF): Explore how motion relative to a magnetic field can generate an electric field.
• Applications of Electromagnetic Induction (AC Generator, Eddy Current Braking, and Transformers): Apply your knowledge to solve practical problems and understand various technologies.

Course Features:

• Interactive Video Lectures: Engage with high-quality video content that simplifies complex concepts.
• Tutorial Questions: Test your understanding with targeted questions designed to reinforce your learning.
• Quizzes: Regular quizzes help you assess your progress and ensure you're on the right track.
• Bonus Lectures: Stay tuned for additional content that will deepen your comprehension and problem-solving skills.

Your Guide on This Electromagnetic Adventure:

I am Dr Ling Meng Kay Daniel, PhD, your course instructor. I am here to guide you through this electrifying world of physics with clarity, patience, and a passion for teaching. If you have any questions or encounter difficulties along the way, don't hesitate to reach out. I'm here to support your learning journey every step of the way! 🧐✨

I hope this course not only enhances your academic knowledge but also ignites your curiosity and passion for physics. Let's embark on this electromagnetic adventure together and unlock the secrets of the universe! 🚀🙌

Enroll now and let the force of learning guide you through the fascinating world of Electromagnetism and EM-Induction! 🎈🎉