Modern Physics is heavily reliant on oscillations, and while A.C. theory is valuable in and of itself, it also offers the best introduction to the methods used to solve all oscillatory problems. Because of this, this text serves as both an introductory course for Electrical Engineering students and is tailored to the needs of science students. It is assumed that you know the basics of field and D.C. circuit theory. Two courses are offered by the text. For those students who would prefer not to move on to the operator J methods covered in later Chapters, there is a brief course covering Chapters 1 through 6. The entire course fulfills the prerequisites needed to become a certified physics graduate. The book provides a solid foundation in the ideas that form the core of this kind of course.
The science of energy and how it changes is called thermodynamics. Numerous engineering science fields heavily rely on the universally applicable laws of thermodynamics. One can take either a macroscopic or microscopic perspective when studying thermodynamics. The macroscopic approach has been chosen because the goal of this book is to provide an introduction to the study of thermodynamics. It provides an overview of the fundamental ideas and principles, putting special emphasis on their clear and coherent presentation.
Structural Design and Drawing: Reinforced Concrete and Steel offers an integrated text in SI units that meets the needs of practicing engineers as well as students studying civil and structural engineering. The different design examples that are displayed comply with the most recent Indian Standard Codes that deal with steel and reinforced concrete structures. In-depth illustrations and well selected examples—many of which come from exam papers—help tremendously with the subject's comprehension. The third edition includes all the modifications needed to steel structure designs in order to comply with the most recent version of the Indian Standard Code, IS: 800-2007.
Undergraduates seeking a comprehensive introduction to metallurgy, covering topics such as atomic theory, thermodynamics, reaction kinetics, crystal physics, elasticity, and plasticity, should consult this classic textbook.
This is the third volume of sophisticated additive alphametics; the main distinction is the abundance of "wider" ideal doubly-true alphametics, in which the sums take up nine or more columns.