Textbook of Applied Physics


Book Description

Intended to serve as a textbook of Applied Physics / Physics paper of the undergraduate students of B.E., B.Tech and B.Sc. Exhaustive treatment of topics in optics, mechanics, relativistic mechanics, laser, optical fibres and holography have been included.




A Textbook of Applied Physics, Vol-I


Book Description

This book is intended to serve as a textbook of applied physics/Physics paper of the undergraduate students of B.E., B.Tech and B.Sc. Exhaustive treatment of topics in optics, mechanics, relativistic mechanics, laser, optical fibres and holography have been included. Physics is best learnt by conceptualization of the involved principles and to help the students conceptualize the involved principles, the text has been presented in an easy to understand manner. Large number of solved numericals have been included in the book to give a quantitative idea of the subject. Exercises and unsolved numericals have been given at the end of each chapter for practice. The book will also be useful for the students taking various competitive examinations.




Applied Physics


Book Description

This highly successful textbook presents clear, to-the-point topical coverage of basic physics applied to industrial and technical fields. A wealth of real-world applications are presented, motivating students by teaching physics concepts in context. KEY FEATURES: Detailed, well-illustrated examples support student understanding of skills and concepts. Extensive problem sets assist student learning by providing ample opportunity for practice. Physics Connections relate the text material to everyday life experiences. Applied Concepts problems foster critical thinking. Try This Activity involve demonstrations or mini-activities that can be performed by students to experience a physics concept. Biographical sketches of important scientists connect ideas with real people. Unique Problem-Solving Method This textbook teaches students to use a proven, effective problem-solving methodology. The consistent use of this special problem-solving method trains students to make a sketch, identify the data elements, select the appropriate equation, solve for the unknown quantity, and substitute the data in the working equation. An icon that outlines the method is placed in the margin of most problem sets as a reminder to students. NEW TO THIS EDITION NEW! Appendix C, Problem-Solving Strategy: Dimensional and Unit Analysis NEW! Section on Alternative Energy Sources NEW! "Physics Connections" features More than 80 new color photos and 30 art illustrations enhance student learning A companion Laboratory Manual contains laboratory exercises that reinforce and illustrate the physics principles. For Additional online resources visit: www.prenhall.com/ewen




Applied Physics, Volume 1


Book Description

Applied Physics-Vol 1 has been written keeping in mind First Year Engineering Students of Four Year Degree Course (B.E./B.Tech.). This book will develop interest in the subject of Applied Physics and students can look forward for securing higher and better scores.




Physics of the Sun


Book Description

With an emphasis on numerical modeling, Physics of the Sun: A First Course presents a quantitative examination of the physical structure of the Sun and the conditions of its extended atmosphere. It gives step-by-step instructions for calculating the numerical values of various physical quantities.The text covers a wide range of topics on the Sun an







Applied Physics: Volume I


Book Description







A Primer in Applied Radiation Physics


Book Description

This book deals with the principal areas of activity in radiation physics. Although the basic descriptions of theory and practice are presented in a format which is suitable mainly as a revision text for undergraduate and postgraduate students, the book also serves as an introduction to the field which will be of interest to other informed workers. Detailed treatment is foregone in the interests of a comprehensive survey. The book has evolved from lectures given in the University of London MSc course on radiation physics, and from undergraduate lectures given at Queen Mary and Westfield College. Industrial as well as medical aspects of the field are considered.