Electric Circuits. (11th Edition)11th EditionJames W. Nilsson, Susan Riedel Publisher: PEARSONISBN: 9780134746968
Electric Circuits. (11th Edition)
Solutions for Electric Circuits. (11th Edition)
Browse All Chapters of This Textbook
Chapter 1 - Circuit VariablesChapter 1.2 - The International System Of UnitsChapter 1.5 - The Ideal Basic Circuit ElementChapter 1.6 - Power And EnergyChapter 2 - Circuit ElementsChapter 2.1 - Voltage And Current SourcesChapter 2.2 - Electrical Resistance (ohm’s Law)Chapter 2.4 - Kirchhoff’s LawsChapter 2.5 - Analyzing A Circuit Containing Dependent SourcesChapter 3 - Simple Resistive Circuits
Chapter 3.2 - Resistors In ParallelChapter 3.3 - The Voltage-divider And Current-divider CircuitsChapter 3.4 - Voltage Division And Current DivisionChapter 3.5 - Measuring Voltage And CurrentChapter 3.6 - Measuring Resistance—the Wheatstone BridgeChapter 3.7 - Delta-to-wye (pi-to-tee) Equivalent CircuitsChapter 4 - Techniques Of Circuit AnalysisChapter 4.2 - Introduction To The Node-voltage MethodChapter 4.3 - The Node-voltage Method And Dependent SourcesChapter 4.4 - The Node-voltage Method: Some Special CasesChapter 4.5 - Introduction To The Mesh-current MethodChapter 4.6 - The Mesh-current Method And Dependent SourcesChapter 4.7 - The Mesh-current Method: Some Special CasesChapter 4.8 - The Node-voltage Method Versus The Mesh-current MethodChapter 4.9 - Source TransformationsChapter 4.10 - Thévenin And Norton EquivalentsChapter 4.11 - More On Deriving A Thévenin EquivalentChapter 4.12 - Maximum Power TransferChapter 5 - The Operational AmplifierChapter 5.2 - Terminal Voltages And CurrentsChapter 5.3 - The Inverting-amplifier CircuitChapter 5.4 - The Summing-amplifier CircuitChapter 5.5 - The Noninverting-amplifier CircuitChapter 5.6 - The Difference-amplifier CircuitChapter 5.7 - A More Realistic Model For The Operational AmplifierChapter 6 - Inductance, Capacitance, And Mutual InductanceChapter 6.1 - The InductorChapter 6.2 - The CapacitorChapter 6.3 - Series-parallel Combinations Of Inductance And CapacitanceChapter 6.4 - Mutual InductanceChapter 6.5 - A Closer Look At Mutual InductanceChapter 7 - Response Of First-order Rl And Rc CircuitsChapter 7.1 - The Natural Response Of An Rl CircuitChapter 7.2 - The Natural Response Of An Rc CircuitChapter 7.3 - The Step Response Of Rl And Rc CircuitsChapter 7.4 - A General Solution For Step And Natural ResponsesChapter 7.5 - Sequential SwitchingChapter 7.7 - The Integrating AmplifierChapter 8 - Natural And Step Responses Of Rlc CircuitsChapter 8.1 - Introduction To The Natural Response Of A Parallel Rlc CircuitChapter 8.2 - The Forms Of The Natural Response Of A Parallel Rlc CircuitChapter 8.3 - The Step Response Of A Parallel Rlc CircuitChapter 8.4 - The Natural And Step Response Of A Series Rlc CircuitChapter 9 - Sinusoidal Steady-state AnalysisChapter 9.3 - The PhasorChapter 9.4 - The Passive Circuit Elements In The Frequency DomainChapter 9.5 - Kirchhoff’s Laws In The Frequency DomainChapter 9.6 - Series, Parallel, And Delta-to-wye SimplificationsChapter 9.7 - Source Transformations And Thévenin-norton Equivalent CircuitsChapter 9.8 - The Node-voltage MethodChapter 9.9 - The Mesh-current MethodChapter 9.10 - The TransformerChapter 9.11 - The Ideal TransformerChapter 10 - Sinusoidal Steady-state Power CalculationsChapter 10.2 - Average And Reactive PowerChapter 10.3 - The Rms Value And Power CalculationsChapter 10.4 - Complex PowerChapter 10.5 - Power CalculationsChapter 10.6 - Maximum Power TransferChapter 11 - Balanced Three-phase CircuitsChapter 11.3 - Analysis Of The Wye-wye CircuitChapter 11.4 - Analysis Of The Wye-delta CircuitChapter 11.5 - Power Calculations In Balanced Three-phase CircuitsChapter 12 - Introduction To The Laplace TransformChapter 12.4 - Functional TransformsChapter 12.5 - Operational TransformsChapter 12.7 - Inverse TransformsChapter 12.8 - Poles And Zeros Of F(s)Chapter 12.9 - Initial- And Final-value TheoremsChapter 13 - The Laplace Transform In Circuit AnalysisChapter 13.2 - Circuit Analysis In The S DomainChapter 13.3 - ApplicationsChapter 13.4 - The Transfer FunctionChapter 13.5 - The Transfer Function In Partial Fraction ExpansionsChapter 13.7 - The Transfer Function And The Steady-state Sinusoidal ResponseChapter 14 - Introduction To Frequency Selective CircuitsChapter 14.2 - Low-pass FiltersChapter 14.3 - High-pass FiltersChapter 14.4 - Bandpass FiltersChapter 14.5 - Bandreject FiltersChapter 15 - Active Filter CircuitsChapter 15.1 - First-order Low-pass And High-pass FiltersChapter 15.2 - ScalingChapter 15.4 - Higher-order Op Amp FiltersChapter 15.5 - Narrowband Bandpass And Bandreject FiltersChapter 16 - Fourier SeriesChapter 16.2 - The Fourier CoefficientsChapter 16.3 - The Effect Of Symmetry On The Fourier CoefficientsChapter 16.4 - An Alternative Trigonometric Form Of The Fourier SeriesChapter 16.5 - An ApplicationChapter 16.6 - Average-power Calculations With Periodic FunctionsChapter 16.8 - The Exponential Form Of The Fourier SeriesChapter 16.9 - Amplitude And Phase SpectraChapter 17 - The Fourier TransformChapter 17.2 - The Convergence Of The Fourier IntegralChapter 17.3 - Using Laplace Transforms To Find Fourier TransformsChapter 17.6 - Operational TransformsChapter 17.7 - Circuit ApplicationsChapter 17.8 - Parseval’s TheoremChapter 18 - Two-port CircuitsChapter 18.2 - The Two-port ParametersChapter 18.3 - Analysis Of The Terminated Two-port CircuitChapter 18.4 - Interconnected Two-port Circuits
Sample Solutions for this Textbook
We offer sample solutions for Electric Circuits. (11th Edition) homework problems. See examples below:
Chapter 1, Problem 1PGiven data: Refer to Figure P2.1 in the textbook for required data. Formula used: Write the...Chapter 3, Problem 1PChapter 4, Problem 1PChapter 5, Problem 1PGiven data: The current through an inductor is iL=18te−10t A for t≥0 s. The inductor value is, L=50...PSPICE Circuit: Refer to the Figure P7.1 in the textbook. Draw the given circuit diagram in PSPICE...Chapter 8, Problem 1PGiven data: The given sinusoidal voltage is, v(t)=40cos(100πt+60°) V (1) Formula used: Consider the...
Given data: v=100cos(ωt+50°) Vi=10cos(ωt+15°) A From the given expressions, the required parameters...Given data: Consider the set of voltages. va=180cos(ωt+27°) V (1) vb=180cos(ωt+147°) V (2)...Given data: Refer to Figure P12.1 (a) in the textbook for the given function. Calculation: The...Given data: Refer to the given circuit in textbook. The inductor current is a function of terminal...Given data: Refer to given figure in the textbook. Formula used: Write the expression to calculate...Given data: The value of capacitor C is 50 nF. The value of passband gain is 5 dB. Cutoff frequency...Calculation: Consider that the expression for the fundamental frequency ω0. ω0=2πT (1) Substitute...Given data: Refer to Figure given in the textbook. Formula used: Write the general expression for...Given data: Refer to given figure in the textbook. Formula used: Write the expression to find...
More Editions of This Book
Corresponding editions of this textbook are also available below:
ELECTRIC CIRCUITS
12th Edition
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ELECTRIC CIRCUITS-MODIFIED ACCESS
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