'Arbitrary point p' diaporamas de présentation

CHAPTER 2

ELECTROMAGNETIC FIELDS THEORY. CHAPTER 2. Electrostatic Fields: Electric Field Intensity. In this chapter you will learn. Electrostatic Fields -Charge, charge density -Coulomb's law - Electric field intensity - Electric flux and electric flux density -Gauss's law

1.62k views • 100 slides

Two-Dimensional Geometric Transformations ch5. ??

Two-Dimensional Geometric Transformations ch5. ??. Subjects : Basic Transformations Homogeneous Coordinates Composite Transformations Other Transformations Properties of Transformation matrix. Basic Transformations : Translation (1/2). Translation ( ?? )

614 views • 31 slides

Dielectrics

Dielectrics. Conductor has free electrons. Dielectric electrons are strongly bounded to the atom. In a dielectric, an externally applied electric field, E ext cannot cause mass migration of charges since none are able to move freely.

1.13k views • 28 slides

481 views • 21 slides

ELECTROMAGNETICS

ELECTROMAGNETICS. Linear Charges Surface Charges Ring Charges Volume Charges. Professor: Viviana Vladutescu. LINEAR CHARGES. An infinite length line of charge, ? L , is placed along the z -axis. We wish to find E at an arbitrary point P( ? , ?, z ).

336 views • 16 slides

Assignment 4

267 views • 15 slides

Background

248 views • 14 slides

Equation of a non Vertical Line

550 views • 10 slides

17-6 Electric Dipoles

237 views • 8 slides