Univ Physics for IIT JEE Vol. 2

by Hugh D. Young, Nitin Jain, Neel Kamal Sethia

University Physics for the /EE, Volume ll, 13/e. is an Indian adaptation of the internationally-renowned bestseller 'University Physics with Modern Physics by young, Freedman and Ford. The Indian adaptation. modified as per the JEE syllabus. strives to meet the requirements of the students. This edition provides a perfect blend of theoretical clarity along with optimum number of examples and practice exercises. The authors. who have more than 35 years of cumulative teaching experience have tailored this book especially for JEE aspirants. HIGHLIGHTS •Topics thoughtfully synchronized to meet students' requirements •Numerous illustrations. worked-out examples and exercises •A research-based problem solving approach used in examples as well as in problem solving strategies •Vast collection of objective questions as per the JEE question paper pattern along with answers OSingle correct answer OMultiple correct answer OMatch the column OSubjective questions •Useful for other engineering entrance examinations as well

Genres: Textbooks, Physics, Science

656 pages, Paperback

First published December 1, 1994

About the author

Hugh David Young was an American physicist who taught physics for 52 years at Carnegie Mellon University. Young is best known for co-authoring the later editions of University Physics, a highly regarded introductory physics textbook, with Francis Weston Sears and Mark W. Zemansky (this book — first published in 1949 — is often referred to as "Sears and Zemansky", although Hugh Young became a coauthor in 1973).

Reviews

[Ben Vincent · Rating 1 out of 5]

Made me cry

[Jon Vegard · Rating 5 out of 5]

I've used this book when I took a course on electromagnetism (at University of Oslo) and I'm really satisfied with it. It's a pleasure to read about electromagnetisn with this book because it explain things in a way that makes you understand it rather fast. Woho.

The two things that could have been better is that Maxwell's equations on differential form and some numerical methods in EM should have been discussed.

[Mahander Oad · Rating 4 out of 5]

best