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A simple circuit is solved and power absorbed or supplied by each element is determined. KCL as well as Ohm's law are used in solving the circuit. positive sign convention is used in determining element powers. It is shown and discussed how a source, here current source, can be neither absorbing or supplying power. It is also mentioned that resistors are passive elements and always absorb power/energy.
Powerful Problem-Solver gives you 3,000 problems in Electric Circuits, fully solved step-by-step! The originator of the solved-problem guide, and students’ favorite offers a diagram-packed timesaver to help you master every type of problem you’ll face on tests. Problems cover every area of electric circuits, from basic units to complex multi-phase circuits, two-port networks, and the use of Laplace transforms. Go directly to the answers and diagrams you need with our detailed, cross-referenced index. Compatible with any classroom text, 3000 Solved Problems in Electric Circuits is so complete it’s the perfect tool for graduate or professional exam prep.
Problem Solvers are the most popular guide of their kind because they help students achieve their personal best tests and final grades. If you don't have a lot of time but want to excel in class, this book helps you:Brush up before tests; Find answers fast; Study quickly and more effectively; Master problems without spending hours poring over lengthy texts.
Who this course is for:
Electrical engineering students
Mechatronics engineering students
Any one who is interested in circuits and want to start their way
Students who are taking physics and circuits
Students of this course will learn how to solve electrical circuits problems with DC sources using different techniques such as KVL&KCL, nodal analysis, mesh analysis and superposition.These techniques are the basics of any electrical circuit problem or electronic circuit problem.Students willing to take this course should have some basics about circuits such as parallel and series connection of resistors and Ohm’s law.
SOME OF THE CONTENTS
Chapter 1 UNITS AND BASIC CONCEPTS
Chapter 2 RESISTANCE AND OHM'S LAW
Chapter 3 SERIES AND PARALLEL RESISTIVE CIRCUITS
Chapter 4 KIRCHHOFF'S LAWS
Chapter 5 NETWORK THEOREMS
Chapter 6 CAPACITORS
Chapter 7 INDUCTORS
Chapter 8 AC SOURCES, WAVEFORMS, AND CIRCUIT RELATIONSHIPS
Chapter 9 COMPLEX NUMBERS AND PHASORS
Chapter 10 AC CIRCUITS UNDER STEADY STATE
Chapter 11 MAGNETICALLY COUPLED CIRCUITS
Chapter 12 RESONANCE
Chapter 13 FREQUENCY RESPONSE AND FILTERS
Chapter 14 THREE-PHASE CIRCUITS
Chapter 15 TRANSIENTS IN DC CIRCUITS
Chapter 16 STEP, RAMP, AND IMPULSE FUNCTIONS
Chapter 17 DUALS AND ANALOGS
Chapter 18 TRANSIENTS IN AC CIRCUITS
Chapter 19 CIRCUITS WITH MULTIFREQUENCY
Chapter 20 CIRCUITS WITH NONSINUSOIDAL SOURCES
Chapter 21 LAPLACE TRANSFORM METHOD
Chapter 22 STATE VARIABLES METHOD
Chapter 23 TWO-PORT NETWORKS
Chapter 24 REVIEW PROBLEMS
