Modern Physics
Photoelectric effect, spectra, matter waves & nuclei. A chapter workspace for Physics faculty preparing JEE Main and Advanced lessons, practice sets and tests.
Topics in this chapter
- Photoelectric inverse design with magnetic aperture
- Photon rate, quantum efficiency and stopping potential
- Inverse photoelectron spectrometer design
- Bohr transition, photon recoil and ion curvature
- Hydrogenic cascade filtered by photoemission and magnetic radius
- Reduced mass isotope shift and spectrometer resolution
- Bohr photon, photoelectron and matter-wave diffraction
- Bohr speed, acceleration and crossed-field selection
- de Broglie beam plus uncertainty spread
- Photoelectric excess, uncertainty spread and beamline length
- Rutherford turning point with angular momentum and de Broglie wavelength
- Duane-Hunt cutoff, Compton shift and photoelectron orbit
- Bragg wavelength followed by Moseley integer selection
- Compton shift followed by photoelectric magnetic analysis
- X-ray tube spectrum filtered by Bragg geometry
- Two-body alpha decay followed by dual magnetic analysis
- Lab-frame reaction threshold and magnetic beam analysis
- Bateman chain and activity maximum
- Mixture decay solved by a threshold root
- Fission fuel accounting plus heat-rejection budget
- Radioactive dating with mass and background correction
- Gamma emission and absorption recoil with Doppler compensation
- Pair threshold, excess sharing and magnetic analysis
- Relativistic magnetic spectrometer used inversely
- Positronium reduced mass plus photoelectron curvature
- Activity, ion-pair yield and capacitor charging
- Atomic masses, neutron separation and de Broglie wavelength
- Hydrogenic photon, retarding grid and magnetic design
- Official JEE Advanced PYQ
Also in this chapter
- Previous-year questions (source-labelled)
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