Видео ютуба по тегу Ex504 (B)

5.14 Reflection by a perfect dielectric – Normal Incidence | EE302 | EC504 (A) | EX504 (B) |
5.14 Reflection by a perfect dielectric – Normal Incidence | EE302 | EC504 (A) | EX504 (B) |
1.10 Electric Field due to Infinite Line charge | EE302 | EC504 (A) | EX504 (B) |
1.10 Electric Field due to Infinite Line charge | EE302 | EC504 (A) | EX504 (B) |
3.11 Magnetic Force | EE302 | EC504 (A) | EX504 (B) |
3.11 Magnetic Force | EE302 | EC504 (A) | EX504 (B) |
5.15 Reflection by a perfect conductor- Normal Incidence | EE302 | EC504 (A) | EX504 (B) |
5.15 Reflection by a perfect conductor- Normal Incidence | EE302 | EC504 (A) | EX504 (B) |
2.6 Ohms law in point form | EE302 | EC504 (A) | EX504 (B) |
2.6 Ohms law in point form | EE302 | EC504 (A) | EX504 (B) |
1.1.1 Different Dimensions | EE302 | EC504 (A) | EX504 (B) |
1.1.1 Different Dimensions | EE302 | EC504 (A) | EX504 (B) |
3.9 Problem 1 based on Amper’s circuital law | EE302 | EC504 (A) | EX504 (B) |
3.9 Problem 1 based on Amper’s circuital law | EE302 | EC504 (A) | EX504 (B) |
5.10 Wave equation for conducting medium | EE302 | EC504 (A) | EX504 (B) |
5.10 Wave equation for conducting medium | EE302 | EC504 (A) | EX504 (B) |
1.9 Charge Configurations | EE302 | EC504 (A) | EX504 (B) |
1.9 Charge Configurations | EE302 | EC504 (A) | EX504 (B) |
2.0 Introduction to Conductors & Dielectrics | EE302 | EC504 (A) | EX504 (B) |
2.0 Introduction to Conductors & Dielectrics | EE302 | EC504 (A) | EX504 (B) |
1.18 Energy | EE302 | EC504 (A) | EX504 (B) |
1.18 Energy | EE302 | EC504 (A) | EX504 (B) |
5.12 Pointing Vector Theorem | EE302 | EC504 (A) | EX504 (B) |
5.12 Pointing Vector Theorem | EE302 | EC504 (A) | EX504 (B) |
5.13 Reflection & Refraction | EE302 | EC504 (A) | EX504 (B) |
5.13 Reflection & Refraction | EE302 | EC504 (A) | EX504 (B) |
5.5 Quality of Plane Uniform Waves | EE302 | EC504 (A) | EX504 (B) |
5.5 Quality of Plane Uniform Waves | EE302 | EC504 (A) | EX504 (B) |
4.0 Introduction to Time-varying Fields | EE302 | EC504 (A) | EX504 (B) |
4.0 Introduction to Time-varying Fields | EE302 | EC504 (A) | EX504 (B) |
1.5 Scalar Field | EE302 | EC504 (A) | EX504 (B) |
1.5 Scalar Field | EE302 | EC504 (A) | EX504 (B) |
1.4.2 Conversion metrics | EE302 | EC504 (A) | EX504 (B) |
1.4.2 Conversion metrics | EE302 | EC504 (A) | EX504 (B) |
1.4.1 Scalar Product: Dot Product | EE302 | EC504 (A) | EX504 (B) |
1.4.1 Scalar Product: Dot Product | EE302 | EC504 (A) | EX504 (B) |
1.1 Cartesian co-ordinate system | EE302 | EC504 (A) | EX504 (B) |
1.1 Cartesian co-ordinate system | EE302 | EC504 (A) | EX504 (B) |
3.13 Flux Linkages | EE302 | EC504 (A) | EX504 (B) |
3.13 Flux Linkages | EE302 | EC504 (A) | EX504 (B) |
3.9 Problem 2 based on Amper’s circuital law | EE302 | EC504 (A) | EX504 (B) |
3.9 Problem 2 based on Amper’s circuital law | EE302 | EC504 (A) | EX504 (B) |
1.2 Cylindrical Coordinate System & Different Dimensions | EE302 | EC504 (A) | EX504 (B) |
1.2 Cylindrical Coordinate System & Different Dimensions | EE302 | EC504 (A) | EX504 (B) |
2.1 Laplace’s & Poisson’s equations: Derivation | EE302 | EC504 (A) | EX504 (B) |
2.1 Laplace’s & Poisson’s equations: Derivation | EE302 | EC504 (A) | EX504 (B) |
3.8.1 Physical Interpretation of Curl | EE302 | EC504 (A) | EX504 (B) |
3.8.1 Physical Interpretation of Curl | EE302 | EC504 (A) | EX504 (B) |
1.9.4 Volume charge | EE302 | EC504 (A) | EX504 (B) |
1.9.4 Volume charge | EE302 | EC504 (A) | EX504 (B) |