Physics, Volume 2Take flight with these powerful study tools! Through four popular editions, Cutnell & Johnson's PHYSICS has helped thousands of students understand fundamental physics principles while honing their problem-solving skills. But the authors' commitment to helping you get the best grade possible doesn't stop with the text itself. They've developed a powerful array of study tools that will give you an extra advantage in your physics class. Interactive LearningWare on the Student Web Site will deepen your conceptual understanding of the material. This new on-line tutorial will help you through 60 interactive problems. Student Web Site www wiley.com/college/cutnell contains solutions to selected end-of-chapter problems and provides access to the Interactive LearningWare. Student Study Guide features a hands-on-guidebook filled with a variety of tips and suggestions, plus Interactive LearningWare tutorials, and links to other tutorial physics sites. ISBN 0-471-35582-8 Student Solutions Manual contains detailed, step-by-step solutions to half of th e odd-numbered end-of-chapter problems in the text.These solutions will show you the best ways to solve physics problems and help you develop strong problem-solving skills. ISBN 0-471-35583-6 Cutnell Multimedia 2.0 is a CD-ROM containing the entire text, Student Study Guide, Student Solutions Manual, Interactive LearningWare, and numerous simulations, all connected by hyperlinks. ISBN 0-471-37817-8 Take Note! reproduces key artwork from the text, so you can concentrate on taking notes without having to sketch images in class. ISBN 0-471-38850-5 www wiley.com/college/cutnell/strong |
Contents
Simple Harmonic Motion and Elasticity 273 | 521 |
3 | 524 |
Shielding electronic circuits | 541 |
Copyright | |
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Common terms and phrases
according angle angular answer applied atom average axis battery bulb called capacitance capacitor carries circuit coil Concept Concept Questions connected consists constant contains Determine direction discusses distance drawing electric field electric potential electromagnetic electron energy equal Equation Example experiences Figure Find flux focal length follows force frequency fringe front given gives glass greater illustrates incident indicates induced intensity lens light lines located loop magnetic field magnetic force magnitude mass material measured metal mirror moving normal nucleus object occurs parallel particle passes perpendicular placed plane plate polarized positive charge potential principal Problem produced proton provides radius Reasoning reflection refraction region relative resistance resistor result rotating shows side Solution speed surface tion travels turns unit voltage wave wavelength wire zero