Solved Problems
Chapter 2
Vector Algebra
P2.9 Unit vector GIF
P2.9 Unit vector PDF
P2.17(a) Sketching vector fields GIF
P2.17(a) Sketching vector fields PDF
P2.19(a) Convert coords.: cartesian to cylindrical & spherical GIF
P2.19(a) Convert coords.: cartesian to cylindrical & spherical PDF
P2.21(b) Convert coords.: spherical to cylindrical GIF
P2.21(b) Convert coords.: spherical to cylindrical PDF
P2.22(a,b) Surface area GIF
P2.22(a,b) Surface area PDF
P2.31(c) Transform vectors to spherical coordinates GIF
P2.31(c) Transform vectors to spherical coordinates PDF
P2.32 Vector algebra GIF
P2.32 Vector algebra PDF
P2.33 Vector algebra GIF
P2.33 Vector algebra PDF
P2.34 Vector orthogonality GIF
P2.34 Vector orthogonality PDF
P2.35 Vector transformation GIF
P2.35 Vector transformation PDF
Chapter 3
Vector Calculus
P3.1(d) Calculating the gradient GIF
P3.1(d) Calculating the gradient PDF
P3.10 Verify the divergence theorem GIF
P3.10 Verify the divergence theorem PDF
P3.14 Verify Stokes's theorem GIF
P3.14 Verify Stokes's theorem PDF
P3.19 Line integral GIF
P3.19 Line integral PDF
P3.20 Stoke's theorem GIF
P3.20 Stoke's theorem PDF
P3.21 Laplacian GIF
P3.21 Laplacian PDF
Chapter 4
Electrostatics
P4.5(c) Total charge on a circular disk GIF
P4.5(c) Total charge on a circular disk PDF
P4.10 Force on a charge due to 2 others GIF
P4.10 Force on a charge due to 2 others PDF
P4.17 Electric field due to 3 lines of charge GIF
P4.17 Electric field due to 3 lines of charge PDF
P4.31 Electric potential due to a line charge GIF
P4.31 Electric potential due to a line charge PDF
P4.53(b) Capacitance for a parallel-plate structure GIF
P4.53(b) Capacitance for a parallel-plate structure PDF
P4.57 Directions of image currents GIF
P4.57 Directions of image currents PDF
P4.59 Beam of charge GIF
P4.59 Beam of charge PDF
P4.60 Line of charge GIF
P4.60 Line of charge PDF
P4.61 Spherical shell of charge GIF
P4.61 Spherical shell of charge PDF
P4.62 Two lines of charge GIF
P4.62 Two lines of charge PDF
P4.63 Carbon resistor GIF
P4.63 Carbon resistor PDF
P4.64 Coaxial capacitor GIF
P4.64 Coaxial capacitor PDF
Chapter 5
Magnetostatics
P5.5 Magnetic force on current-carrying wire GIF
P5.5 Magnetic force on current-carrying wire PDF
P5.19 Force on a current loop GIF
P5.19 Force on a current loop PDF
P5.25 Vector magnetic potential GIF
P5.25 Vector magnetic potential PDF
P5.33 Boundary conditions GIF
P5.33 Boundary conditions PDF
P5.39 Circular current loop GIF
P5.39 Circular current loop PDF
P5.40 Cylindrical conductor GIF
P5.40 Cylindrical conductor PDF
P5.41 Mutual inductance GIF
P5.41 Mutual inductance PDF
Chapter 6
Maxwell's Equations for Time-Varying Fields
P6.7 Rotating current loop in uniform magnetic field GIF
P6.7 Rotating current loop in uniform magnetic field PDF
P6.13 Rotating circular disk in a uniform magnetic field GIF
P6.13 Rotating circular disk in a uniform magnetic field PDF
P6.19 Current density from charge density GIF
P6.19 Current density from charge density PDF
P6.20 EMF GIF
P6.20 EMF PDF
P6.21 Displacement current density GIF
P6.21 Displacement current density PDF
Chapter 7
Plane-Wave Propagation
P7.4 Wave phase GIF
P7.4 Wave phase PDF
P7.6 Wave on a string GIF
P7.6 Wave on a string PDF
P7.17(d) Complex numbers GIF
P7.17(d) Complex numbers PDF
P7.18(c) Complex numbers GIF
P7.18(c) Complex numbers PDF
P7.22(d) Phasors from time functions GIF
P7.22(d) Phasors from time functions PDF
P7.23(d) Time functions from phasors GIF
P7.23(d) Time functions from phasors PDF
P7.31 Circularly-polarized wave GIF
P7.31 Circularly-polarized wave PDF
P7.50 EM power density GIF
P7.50 EM power density PDF
P7.55 EM power flux GIF
P7.55 EM power flux PDF
P7.58 Wave on a string GIF
P7.58 Wave on a string PDF
P7.59 Laser beam in a fog GIF
P7.59 Laser beam in a fog PDF
P7.60 Complex numbers GIF
P7.60 Complex numbers PDF
P7.61 Complex numbers GIF
P7.61 Complex numbers PDF
P7.62 RL circuit GIF
P7.62 RL circuit PDF
P7.63 Plane wave in soil medium GIF
P7.63 Plane wave in soil medium PDF
P7.64 Microwave oven GIF
P7.64 Microwave oven PDF
P7.65 Radar to probe antarctic ice GIF
P7.65 Radar to probe antarctic ice PDF
Chapter 8
Transmission Lines
P8.9 Line parameters GIF
P8.9 Line parameters PDF
P8.15 Standing-wave ratio GIF
P8.15 Standing-wave ratio PDF
P8.29 Maximum power transfer GIF
P8.29 Maximum power transfer PDF
P8.35(b) Smith chart GIF
P8.35(b) Smith chart PDF
P8.36(b) Smith chart GIF
P8.36(b) Smith chart PDF
P8.50 Bounce diagram GIF
P8.50 Bounce diagram PDF
P8.57 Parallel-plate transmission line GIF
P8.57 Parallel-plate transmission line PDF
P8.58 Maxima and minima on transmission line GIF
P8.58 Maxima and minima on transmission line PDF
P8.59 Reflection by a complex load GIF
P8.59 Reflection by a complex load PDF
P8.60 Impedance matching GIF
P8.60 Impedance matching PDF
P8.61 Equivalent circuit GIF
P8.61 Equivalent circuit PDF
P8.62 Power on transmission line GIF
P8.62 Power on transmission line PDF
P8.63 Smith chart GIF
P8.63 Smith chart PDF
P8.64 Impedance matching GIF
P8.64 Impedance matching PDF
P8.65 Transients GIF
P8.65 Transients PDF
Chapter 9
Wave Reflection and Transmission
P9.3 Plane wave incident on planar interface GIF
P9.3 Plane wave incident on planar interface PDF
P9.14 Thin soap film GIF
P9.14 Thin soap film PDF
P9.23 Refraction from penny in fountain GIF
P9.23 Refraction from penny in fountain PDF
P9.30 Oblique incidence on planar interface GIF
P9.30 Oblique incidence on planar interface PDF
P9.34 RHC polarized wave GIF
P9.34 RHC polarized wave PDF
P9.35 Glass with antireflection coating GIF
P9.35 Glass with antireflection coating PDF
P9.36 Parallel polarized wave GIF
P9.36 Parallel polarized wave PDF
P9.37 Plane wave GIF
P9.37 Plane wave PDF
Chapter 10
Radiation and Antennas
P10.3 Parameters of antenna pattern GIF
P10.3 Parameters of antenna pattern PDF
P10.20 Dipole antenna GIF
P10.20 Dipole antenna PDF
P10.21 Communication system GIF
P10.21 Communication system PDF
P10.22 Half-wave dipole antenna GIF
P10.22 Half-wave dipole antenna PDF