Binding Energy Curve - Nuclear Stability and Energy
Master binding energy per nucleon, stability curve, fission, and fusion energy for JEE Main and Advanced
Modern-Physics
Davisson-Germer Experiment - Proving Matter Waves
Master the experimental verification of de Broglie hypothesis through electron diffraction for JEE Main and Advanced
Bohr Model - Quantization of Energy Levels
Master Bohr's postulates, energy levels, radius calculations, and atomic transitions for JEE Main and Advanced
de Broglie Hypothesis - Matter Waves Revolution
Master de Broglie wavelength, wave-particle duality, and matter wave concepts for JEE Main and Advanced
Hydrogen Spectrum - Spectral Series Explained
Master Lyman, Balmer, Paschen series, Rydberg formula, and spectral line calculations for JEE Main and Advanced
Photoelectric Effect - Einstein's Revolutionary Equation
Master Einstein's photoelectric equation, work function, and stopping potential for JEE Main and Advanced
Nuclear Reactions - Fission, Fusion, and Applications
Master nuclear fission, fusion, chain reactions, and energy generation for JEE Main and Advanced
Nuclear Structure - Protons, Neutrons, and Mass Defect
Master nuclear composition, isotopes, mass defect, and packing fraction for JEE Main and Advanced
Radioactivity - Alpha, Beta, Gamma Decay and Half-Life
Master radioactive decay, half-life calculations, decay laws, and nuclear stability for JEE Main and Advanced
Rutherford Model - The Nuclear Atom Discovery
Master alpha particle scattering, impact parameter, and nuclear structure for JEE Main and Advanced
Physics
Dual Nature of Matter and Radiation
Master the photoelectric effect, de Broglie hypothesis, and wave-particle duality for JEE Physics.
Physics
Atoms and Nuclei
Master Bohr's model, atomic spectra, nuclear physics, radioactivity, and nuclear reactions for JEE Physics.