WAEC PHYSICS 2024 QUESTION 6

Dive deep into the fascinating world of physics with our channel, where we unravel complex concepts through detailed explanations and practical examples. In this episode, we explore the motion of an electron through an electric field and derive the de Broglie wavelength formula, a crucial concept in quantum mechanics. Join us as we break down the equation:
where we explain how Planck's constant, the mass, and charge of the electron, and the applied potential difference contribute to this fundamental quantum phenomenon.
Whether you're preparing for exams, brushing up on your physics knowledge, or just curious about the wonders of the quantum world, SupremeOnlineLectures offers clear, concise, and engaging tutorials to help you master the subject.
Planck's constant, Mass of the electron,Wavelength, Charge of the electron, Potential Difference, Velocity of the electron, how to derive debroglie wavelength, quantum mechanics, momentum, de Broglie Wavelength, physics, derive debroglie wavelength