## PHYSICSThis text is designed for the non-calculus physics course taken by those who are pursuing careers in science or engineering technology. Content is built about extensive use of examples with detailed solutions designed to develop problem-solving skills. |

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### Contents

Introduction | 2 |

Technical Measurements and Vectors | 38 |

Translational Equilibrium and Friction | 73 |

Copyright | |

34 other sections not shown

### Common terms and phrases

acceleration angle angular applied atom axis ball battery Calculate capacitance capacitor Celsius circuit coil components conductor constant Coulomb's law Critical Thinking Questions determine diameter direction displacement distance electrons equal equation equilibrium example Figure fluid focal length force F frequency friction ft/s galvanometer Gauss's law given gravity heat horizontal ideal mechanical advantage illustrated in Fig increase induced input joules kinetic energy lens light linear longitudinal wave loop magnetic field magnitude mass maximum measured meter mirror motion moving negative object Ohm's law output particles plane plate positive charge potential difference potential energy pressure Prob Problems protons quantity radius rays refraction resistance resistor resultant force rotation shown in Fig Solution speed Summary and Review surface temperature thermal tion torque transverse wave unit vector velocity vertical vibrating voltage volume wave wavelength weight wire zero