Foundations and Principles of Physics: An Introductory Guide

Häftad, Engelska, 2014

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Chapter 1 Introduction What Is Physics? Scientific Reasoning Units and Observables Fundamental Concepts Problem-Solving Strategies for Checking Your Answers Homework for Chapter 1 Chapter 2 Review of Algebra Single-Variable Problems Problems with Two Variables Simplifying Expressions Basics of Trigonometry Homework for Chapter 2 Chapter 3 One-Dimensional Kinematics Homework for Chapter 3 Chapter 4 Two-Dimensional Kinematics Homework for Chapter 4 Chapter 5 Forces and Newton’s Laws Homework for Chapter 5 Chapter 6 Work and Energy Homework for Chapter 6 Chapter 7 Conservation of Linear Momentum and Collisions Homework for Chapter 7 Chapter 8 Rotational Kinematics and Dynamics Rotational Motion The Rotational Analogues for the Kinematics Equations Energy in Rotational Systems Force in Rotational Systems Homework for Chapter 8 Chapter 9 Coulomb’s Law Vector Arithmetic Electrostatics: Coulomb’s Law Finding the Electric Field of a Dipole Electric Potential Energy Electric Field Lines Homework for Chapter 9 Chapter 10 Gauss’s Law Flux and Gauss’s Law Conductors Capacitance Homework for Chapter 10 Chapter 11 Current and Electric Circuits Current and Drift Velocity Resistivity, Resistance, and Ohm’s Law Kirchhoff ’s Rules Capacitance Electrical Power Homework for Chapter 11 Chapter 12 Magnetostatics Ampère’s Law Faraday’s Law Lorenz Force Law Homework for Chapter 12