Maxwell's Equations: Fundamentals of Electromagnetism and Wave Propagation

First maxweel equation (gauss law for electricity): the electric charges are sources or sources whose lines of force have a beginning and end of experiments that confirm this equation are the dif repulssion Charge sign

Segudna equation (Gauss law for magnetism): The equations describing the field magenectico said that the net flow of ccampo magnetcio through any closed surface is 0 this is true for the space or that dad esxisten not magnetcios isolated poles, shows that closed field lines are no beginning or end.

Third equation (Faraday's law) describes the phenomenon that causes the electric effect in a changing magnetic field that eun magnetcio field variable electric field induces a magnet in a coil is layered to create electric current in it

Fourth equation: Law ampere maxwell: this equation describes the magnetic effect of a magnetic field corrientre or changing a magnetic field can be produced by an electric current through a field or variable on ectrico experiment confirms that a current is to generate a field layer Magnetic

Ertz Experiment: Hertz achievement generate and detect waves with unique. Which conformed to the theory of electromagnetic maxweell. Herts findings are that when you are clinging to rock energy fields that spread out to form onda.2.Estas DECT tienne wave frequency and wavelength such that the vel of propagaciion is the same with which the progala light in a vacuum. Conciden with maxweell results.

Electromagnetic waves: they are issued for any electric or magnetic charge that OSILA or are perpendicular to each other.

Speed of propagation of an electromagnetic wave: it suggests that the value it acquires an electric field on a punt or space should be directly proportional to the intence nl l mangnetico field with a proportionality constant correspondiendte the propagation speed of the wave electromagnetic or related to cabbage asemaja the vl of lux

Formula E = C WEA RARA xb c = (LONG) XF

Electromagnetic Introduction: In addition to produce forces on charges in mov or which drivers x sircula electric-current magnetic field have other effects such as generating power.

West says that electric currents create fields were layers of LPAR however electtricos complete the compression that existed between electricity magnetism experimented.

Faraday found quqe flow magnetcio evariable Capz was time to travel,