## Introduction to Special Relativity |

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### Contents

The Experimental Background | 1 |

Relativistic Kinematics | 50 |

Relativistic Dynamics | 110 |

Copyright | |

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### Common terms and phrases

absolute acceleration angle atom axes axis beam body charge density classical physics collision common x-x components conservation Consider derived direction distance Doppler effect earth Einstein electric and magnetic electric field electron emitted equivalent ether example experimental frequency Galilean transformation gravitational field Hence inertial frame inertial observers inertial system interval invariant kinetic energy length contraction Lorentz transformation equations m/sec magnetic field magnetic force measured Michelson-Morley experiment moc2 momentum moving clocks Newton's obtain parallel particle photon Phys Problem proper pulse quantities radiation reference frame rela relation relative motion relative velocity relativistic mass relativity of simultaneity relativity principle relativity theory respect rest mass result S-frame Show signals simultaneous space special relativity speed of light synchronized test charge theory of relativity tion total energy unprimed velocity of light wave wire world line x-axis zero