Conceptual physics 10th edition practice book (1 94)

CONCEPTUAL Physics tenth edition City College of San Francisco ▼ ▼ San Francisco Boston New York Cape Town Hong Kong London Madrid Mexico City Montreal Munich Paris Singapore Sydney Tokyo Toronto Editor-in-Chief: Adam Black Project Editor: Liana Allday Senior Production Supervisor: Corinne Benson Main Text Cover Designer: Yvo Riezebos Design Supplement Cover Manager: Paul Gourhan Supplement Cover Designer: Joanne Alexandras Senior Manufacturing Buyer: Michael Early Cover Printer: Phoenix Color Text Printer: Bind-Rite Graphics Cover Credits: Wave and surfer Photolit^r^ai^yijromA^fAA^X AMERICA INC IMA USA INC.; partice tracks Lawrence Berkeley National Laboratory, Universíty of California ISBN 0-8053-9)19)8-3 Copyright © 2006 Paul G Hewitt All rights reserved Manufactured in the United States of America This publication is protected by Copyright and peiTCiis^íió^n should be obtained from the publisher prior to any prohibited reproduction, storage in a retrieval system, or transmission in any form or by any means, electronic, mechanical, photocopymg, recordnig, or likewise To obtain permĩssĩonss) to use material from this work, please submit a written request to Pearson Education, Inc., Perm^^t^iiK^n Department 1900 E Lake Ave., Glenview, IL 60024^ For information regarding permissíons, call (847) 486-2635 A ▼▼ PEARSON Addison Wesley 23476789 10 —BRG— 0817'7 06 05 www.aw-bc.oom/ysysics Welcome to the CONCEPTUAL PHYSICS PRACTICE BOOK These practice pages supplemett Conceptual Physics, Tenth Edition Their purpose is as the name implies—acactico—not testing You’ll find it is easier to learn physics by doing it—by practicing AFTER you’ve worked through a page, check your responses with the reduced pages with answers beginning on page 131 Pages 193 to 290 show answers to the odd-numbeedd exercises and solutions to the problems in the textbook Tfible of Contents Chapter About Science Chapter Energy Making Hypotheses Pinhole Formation P T ■E A' Chapter Newton’s First Law of Motion-Inertia Static Equiiibrium The Equiiibrium Rule: IF Vsctors and Equilibrium =0 Hang Time Non-Acceleratdd Motion 41 Torques and Rotation Acceleratim and CircuO^r Motion ■'hẹ Fiig P Banked Airplanes Banked Track 43 44 45 46 47 Lsaning On mu 10 11 Converting Mass to Wsight A Day at ths Races with a = F/m Dropping Masses and Ac^esmtinng Cart 12 13 Force and Accelerator! Friction 17 19 F^llin^n and Air Rssistanse 20 14 Chapter Newton’s Third Law of Motion Appendix More About Vectors Vsctoss and Sailboats 21 22 23 24 25 26 27 28 29 r R-rr 31 33 48 : 49 Chapter Gravity 51 53 Chapter 10 Projectile and Sateliite Motion Indspendecse of Horizontal and Vsrtical Componetrts of Motion Tossed Baii Sateiiíte in Circular Orbit 55 57 58 Sateiiíte in Eiiipticai Orbtt 59 Mechanics Overview— Chapters to 10 60 PART TWO PF^OPEiRTIES OE MÂTEER Chapter 11 The Atomic Nature of Matter Atoms and Atomic Nudei Subatomic Partíctes 61 62 Chapter 12 Solids Scaiíỉìg 63 Scaiing Circles 64 Chapter 13 Liquids Archimedes' Prin^pjte I Archimedes' PHO^G II Chapter Momentum Charging Momentom Systems a' Invsrse-Sqaare Law Our Odan Tides Mass and Weight Force-Vector Diagrams Mors on Vsctoí": 39 40 Torques Motion Vsi-mts & ths Parallelogram Ruis Velocity Vsctora & Componnnts Forcs and Vslocíty Vsctoss Forcs Vsctoss and ths Par^ai^^o^^mi Ruis Momentum and Energy Energy and Momentur Chapter Newton's Second Law of Action and Rsaction Pairs Irịtsractioss 35 37 Chapter Rotational Motion Chapter Linear MotionFrss Fall Spsed Accsleraoion of Frss Fall Work and Energy COO^^^^ÍÌOOTI of Energy 65 67 Chapter 14 Gases and Plasmas ■ taL 69 Chapter 15 Temperature, Heat, & Expansion Measuring Temperature Thermal Expansion Chapter 26 Properties of Light Speed, Wavelength, & Frequency 71 72 Chapter 27 Color Color Addii^í