Elen3000 Chapter 3 figsJanuary 3, 2026 |
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| Figure 2: E field from a line of charge |
| Figure 3: V developed from a line of charge |
| Figure 4: E&H fields in a co-axial line |
| Figure 5: E field from 2 parallel lines of charge |
| Figure 6: An Equipotential surface |
| Figure 7: An equipotential |
| Figure 8: E field near a highly conductive surface |
| Figure 9: E field near a finitely conductive surface |
| Figure 10: Potential developed as a result of Ground Currents |
| Figure 11: The Beverage long-wire antenna |
| Figure 12: The superposition of potential |
| Figure 13: Example of superposition |
| Figure 14: The variation of potential. |
| Figure 15: Rate of change of V of a point charge |
| Figure 16: A Uniform E-field |
| Figure 17: Grad in 3 Dimensions in a rectangular coord system |
| Figure 18: Circular non-uniform field |
| Figure 19: A Charge Dipole |
| Figure 20: Charge Dipole with evaluation point far away |
| Figure 21: Flux and flux density |
| Figure 22: Tubes of flux. |
| Figure 23: Point charge surrounded by surface |
| Figure 24: Incremental surface area |
| Figure 25: Relation of D to the normal vector |
| Figure 26: Tangential fields at boundary between two Dielectrics |
| Figure 27: Normal fields at dielectric boundaries |
| Figure 28: Resultant wavefront angle in dielectric boundary |
| Figure 29: Hollow dielectric cylinder in air |
| Figure 30: Flux in a space region contining free charge |
| Figure 31: Difference in flux due to space charge |
| Figure 32: Examples of Divergence |
| Figure 33: Parallel plate capacitor |
| Figure 34: Equispaced charges |
| Figure 35: Repetitive Laplace on trough. |
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