Electricity and Magnetism For (Undergraduate Level)

Electricity and Magnetism

For Undergraduate Level

  

ISBN	:	978 93 5255 088 3
Author	:	Chittaranajan Ghosh
No. of Pages	:	xiii + 547
Binding	:	PB (Paperback)
Length	:	240mm
Breadth	:	175mm
Spine	:	23mm
Weight	:	740gm
Publication	:	2017
Edition	:	1st
MRP	:	Rs. 415.00

  
About the Book

Intended to be a standard textbook as per the latest CBCS system introduced by UGC, the book covers all relevant topics pertaining to the syllabi of all major universities across the country. Plenty of solved problems have been included at the end of each chapter in the book. Apart from almost all leading Indian universities, problems have been collected from institutes of international repute, like Princeton University, Wisconsin university, Massachusetts Institute of Technology (MIT), Chicago University, Columbia University, Moscow Institute of Physics and Technology, University of Durban, etc for the benefit of the aspiring students. Inclusion of a wide array of problems from International Physics Olympiad (IPHO), Joint Admission Test for MSC (JAM), National Eligibility Test (NET), Graduate Aptitude Test in Engineering (GATE) has made the book an ideal choice for the candidates of competitive exams.

About the Author

Dr Chittaranjan Ghosh has been associated with the teaching faculty of Physics  at Sri Ramkrishna Sarada Vidya Mahapitha (Kamarpukur College), WB, since 2006. He completed his MSC and PhD from the University of Burdwan in 2002 and 2008 respectively. Dr Ghosh was the Junior and Senior Research Fellow of CSIR from 2002 till joining the college. He has so far published thirteen research papers in different reputed international journals.

Overview of Content

Electrostatics; Multipole; Capacitor and Dielectrics; Boundary Value Problem; Quadrant electrometer: An Electrostatic measuring Instrument; Steady Electricity and Network Theorems; The Magnetic Field due to Steady Currents; Elecromagnetic Induction; Magnetic Materials Transient Current; Alternating Current; Thermoelectricity; Electrical measuring Instruments; Maxwell’s Equations; Wave guides.

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