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### Contents

CHAPTER | 1 |

Fundamental Assumptions of the Kinetic Theory of Gases | 3 |

Calculation of the Pressure of a Gas | 5 |

Copyright | |

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### Common terms and phrases

a-particle according angular momentum anomalous Zeeman effect Appendix atomic number atomic weight azimuthal quantum beam Bohr Bohr's theory calculation cathode cells charge chemical classical co-ordinates collision components constant correspondence principle corresponding deduced definite deflection denotes determined dipole direction distance distribution electromagnetic electron volts elements emission emitted equal experimental experiments fact factor follows force formula frequency given gives hydrogen hydrogen atom integral ions isotopes J. J. Thomson kinetic energy kinetic theory light quantum lines magnetic field mass mean value measurements meson metal method mole molecular molecules motion neutron nuclear nucleus number of molecules number of particles obtain orbital order of magnitude oscillator positive possible potential principle protons quantisation quantity quantum number quantum theory radiation radioactive radius rays result rotational scattering shell specific heat spectral spin splitting statistics temperature theoretical theory of gases vector velocity volume wave function wave mechanics wave-length X-rays