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PROPERTIES OF RADIATION
Chapters THE OLD QUANTUM THEORY
THE WAVE PROPERTIES OF MATTER
3 other sections not shown
2nvt accelerated alpha particle amplitude angular momentum atomic number band beam of electrons behave behaviour Bohr Bohr radius Bohr's calculate charge constant crystal denote described distance dx dy dz electric field electron moving electron volts electrostatic emitted energy levels energy values equal excited experiments formula frequency germanium given gives helium hydrogen atom illustrated in fig integral ionization energy kinetic energy last chapter light wave lines lithium magnetic field metal mev2 motion Newtonian mechanics nucleus number of electrons oscillator p-state particle moving Periodic Table photon physics plane position potential energy V(r principal quantum number problem properties quantity quantized quantized energy quantum mechanics quantum theory radiation radius reflected rotational round Schrodinger equation shown in fig shows simple harmonic simple harmonic motion solid solution spin standing wave string temperature tion total energy vanish velocity vibrating voltage wave function wave group wave number wavelength X-ray spectra zero