The electron diffraction tube demonstrates the wave nature of electrons, supporting the de Broglie hypothesis. In this setup, a heated cathode emits electrons, which are then accelerated by a high voltage (around 4–6 kV) toward a thin graphite film. Graphite, made of regularly spaced carbon atoms, acts like a diffraction grating. As the high-speed electrons pass through the graphite, they diffract due to their wave-like behavior. This diffraction produces a series of concentric rings on a fluore

Mastering Electron Configuration Explore the full electron configuration of atoms with this engaging and clear instructional video. Using dynamic animations and visual cues, we break down the structure of atoms, orbitals, and electron arrangement. Perfect for high school and college students, this video simplifies complex chemistry concepts to boost your understanding. Dive into the world of atomic structure and enhance your chemistry knowledge today! | Filipino Science Hub