10 Questions
What is the main focus of Week-10 in EE-382 Electromagnetic Fields?
Understanding Biot Savart’s Law and Amperes circuit law
Which internet resource is mentioned for related material on electromagnetic fields?
Sicyon.com
What are the learning outcomes after attending Week-10 lectures in EE-382 Electromagnetic Fields?
Understanding Biot Savart’s Law, Amperes circuit law, curl, Stoke’s theorem, magnetic flux, and magnetic flux density
'Elements of Electromagnetics' is authored by:
Sadiku Matthew N
Which book is listed as a reference for EE-382 Electromagnetic Fields?
Engineering Electromagnetics by William Hayt and John A. Buck
Which law is NOT mentioned as a learning outcome of Week-10 in EE-382 Electromagnetic Fields?
Gauss's Law for Magnetism
Who are the authors of the book 'Engineering Electromagnetics' listed as a reference for EE-382 Electromagnetic Fields?
William Hayt and John A. Buck
Which edition of 'Elements of Electromagnetics' is listed as a reference for EE-382 Electromagnetic Fields?
2nd Edition
Which internet resource is mentioned for related material on electromagnetic fields?
Sicyon.com
'Electromagnetic Waves and Transmission Lines' is authored by:
U.A Bakshi and A.V Bakshi
Study Notes
Week-10 in EE-382 Electromagnetic Fields
- Main focus: Not specified in the given text
Resources for EE-382 Electromagnetic Fields
- Internet resource: Not specified (mentioned but not provided)
- Reference book: 'Elements of Electromagnetics'
- Alternative reference book: 'Engineering Electromagnetics'
- Author of 'Elements of Electromagnetics': Not specified
- Authors of 'Engineering Electromagnetics': Not specified
- Edition of 'Elements of Electromagnetics': Not specified
- Author of 'Electromagnetic Waves and Transmission Lines': Not specified
Learning Outcomes of Week-10 in EE-382 Electromagnetic Fields
- Not specified (except that one law is not mentioned)
Unmentioned Law
- Not specified (only mentioned that one law is not mentioned)
Test your knowledge on Biot Savart’s Law, Amperes circuit law, curl, Stoke’s theorem and Magnetic flux and magnetic flux density in the context of electromagnetic fields for 3rd Semester BE Electronic Engineering at NED University of Engineering and Technology.
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