## Handbook of the Engineering Sciences: The basic sciences |

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### Contents

MATHEMATICS | 1 |

Foundations of Calculus 1 Functions 9 Integration 25 Differentiation 38 Line | 71 |

Introduction 71 Differential Equations of the First Order and First Degree 72 First Order | 79 |

Copyright | |

68 other sections not shown

### Common terms and phrases

absorption acid analysis angle angular applied approximation arithmetic mean atoms axes axis beam bond called carbon center of mass charge chemical coefficients components compounds constant converges coordinates coulometric crystal curve defined denoted density derivatives determined differential equation direction effect eigenfunctions eigenvalues electric field electron elements energy equal equilibrium Euler-Lagrange equation example expressed force formula frequency Gauss's law given Hamiltonian heat Hence hydrocarbons hydrogen integral laser linear magnetic field matrix measured mechanics metal method mode shapes molecules motion normal obtained open set operator optical orbitals particle physical plane polarization positive potential properties protons quantum quantum mechanics radiation reaction relation resonance result rotation sample scalar shown in Fig solution spin substance surface temperature tensor theorem theory titration transformation unit variable vector velocity vibration wave function wavelength zero