University Physics with Modern Physics 13 9780073513881
University Physics with Modern Physics

University Physics with Modern Physics

National EDITION
Grade Levels: 13
MHID: 0073513881 |  ISBN 13: 9780073513881

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New Features

Available within McGraw-Hill Education’s Connect, SmartBook makes study time as productive and efficient as possible. It identifies and closes knowledge gaps through a continually adapting reading experience that provides personalized learning resources at the precise moment of need. This ensures that every minute spent with SmartBook is returned to the student as the most value-added minute possible. The result? More confidence, better grades, and greater success.

Multis-Version exercises are groups of problems focused around a particular topic that require the student to solve the problem using different inputs. For example, a problem on kinetic energy would be solved for mass, speed, and joule. This helps students to recognize how different problems are related so they can apply problem solving techniques to new questions in homework and on exams.

McGraw-Hill Education Connect is a digital teaching and learning environment that improves performance over a variety of critical outcomes; it is easy to use; and it is proven effective.

The authors’ use of a strong learning framework, as well as modern and compelling applications and examples supports and motivates the student’s journey to master the topics in a University Physics course. Solved problem examples present a consistent seven-step problem solving approach that encourages the student to think like a scientist and make the right decisions on the way to solving the problem.

Recent research and advances in physics are presented throughout the text to provide relevance and motivation to students. The relevance of Physics in alternative energy sources, environmental issues, medicine, astronomy, and engineering are all discussed and represented in the text and problems. “The Big Picture” chapter at the beginning of the text introduces students to the amazing new frontiers of physics research.

Enhanced mathematics coverage is included to assist students with Calculus topics that are relevant to Physics topics. This coverage is optional, and a math appendix appears at the end of the text.

Also available with this edition is MHE's Online Learning Center that features numerous instructor resources including solutions to the problems, an image library, and new lecture PowerPoints for each chapter. You will also find a test bank for each chapter that allows instructors to assign online homework and quizzes - this online homework is gradable and can be edited by instructors.

Key Features

A broad selection of problem types allows the instructor to assign simple or complex exercises tailored to a particular course need. Multiple-choice questions, multi-version exercises, conceptual questions, section-specific exercises, additional chapter exercises, concept checks, and self-test opportunities are available for assignments in many different ways.

University Physics with Modern Physics

0) The Big Picture: Modern Physics Frontiers

Part 1 - Mechanics of Point Particles

1) Overview

2) Motion in a Straight Line

3) Motion in Two and Three Dimensions

4) Force

5) Kinetic Energy, Work, and Power

6) Potential Energy and Energy Conservation

7) Momentum and Collisions

Part 2 - Extended Objects, Matter and Circular Motion

8) Systems of Particles and Extended Objects

9) Circular Motion

10) Rotation

11) Static Equilibrium

12) Gravitation

13) Solids and Fluids

Part 3 - Oscillations and Waves

14) Oscillations

15) Waves

16) Sound

Part 4 - Thermal Physics

17) Temperature

18) Heat and the First Law of Thermodynamics

19) Ideal Gases

20) The Second Law of Thermodynamics

Part 5 - Electricity

21) Electrostatics

22) Electric Fields and Gauss’s Law

23) Electric Potential

24) Capacitors

25) Current and Resistance

26) Direct Current Circuits

Part 6 - Magnetism

27) Magnetism

28) Magnetic Fields of Moving Charges

29) Electromagnetic Induction

30) Alternating Current Circuits

31) Electromagnetic Waves

Part 7 - Optics

32) Geometric Optics

33) Lenses and Optical Instruments

34) Wave Optics

Part 8 - Relativity and Quantum Physics

35) Relativity

36) Quantum Physics

37) Quantum Mechanics

38) Atomic Physics

39) Elementary Particle Physics

40) Nuclear Physics

Appendix A - Mathematical Primer

Appendix B - Element Properties

Answers to Selected Questions and Problems

About the Author

Wolfgang Bauer

Dr. Wolfgang Bauer is a Professor in the Department of Physics and Astronomy at Michigan State University and has a joint appointment at the National Superconducting Cyclotron Laboratory. His research is in theoretical and computational physics, with emphasis areas in nuclear and astrophysics, chaos and non-linear dynamics, and renewable energies. He also serves as Chair of the Department of Physics and Astronomy and is Director of the Institute for Cyber-Enabled Research.

Gary Westfall

Dr. Gary Westfall is a Professor in the Department of Physics and Astronomy at Michigan State University. He is conducting his research in experimental nuclear physics at the National Superconducting Cyclotron Laboratory (NSCL), where he has a joint appointment. He also does research at the Relativistic Heavy Ion Collider (RHIC) at Brookhaven National Laboratory as a member the STAR Collaboration.