Phys2102 Spring 2002
... A radio station transmits a 10 kW signal at a frequency of 100 MHz. At a distance of 1km from the antenna, find the amplitude of the electric and magnetic field strengths, and the energy incident normally on a square plate of side 10cm in 5 minutes. ...
... A radio station transmits a 10 kW signal at a frequency of 100 MHz. At a distance of 1km from the antenna, find the amplitude of the electric and magnetic field strengths, and the energy incident normally on a square plate of side 10cm in 5 minutes. ...
interference as measurement -- quantum states of light, single
... • All these arguments about being able to tell in principle how many atoms were in each cloud also apply to being able to tell how much energy is stored in each of two lasers. • Even if laser beams are not coherent states, but fixed-photon-number states, interference would still occur. • Lasers don' ...
... • All these arguments about being able to tell in principle how many atoms were in each cloud also apply to being able to tell how much energy is stored in each of two lasers. • Even if laser beams are not coherent states, but fixed-photon-number states, interference would still occur. • Lasers don' ...
CMock exam IV paper 2
... not cut any magnetic field lines, so the induced emf is zero. (1M) When = 900, or 270o, the plane of coil is parallel to the field lines, its motion cuts the field lines at the fastest rate (or the rate of change of flux linkage is the greatest), thus the induced emf is a maximum. (1M) (iii) The p ...
... not cut any magnetic field lines, so the induced emf is zero. (1M) When = 900, or 270o, the plane of coil is parallel to the field lines, its motion cuts the field lines at the fastest rate (or the rate of change of flux linkage is the greatest), thus the induced emf is a maximum. (1M) (iii) The p ...
Theory off chaotic light
... Evaluation of the first order correlation function Let’s calculate the correlation function of a Lorentzian distribution light source. The light witch strikes the first screen in Young experiment is assumed to be propagating in the z direction, the optical cavity then is one dimensional case and th ...
... Evaluation of the first order correlation function Let’s calculate the correlation function of a Lorentzian distribution light source. The light witch strikes the first screen in Young experiment is assumed to be propagating in the z direction, the optical cavity then is one dimensional case and th ...
powerpoint
... Quantum Mechanics Postulates for a 1-dimension Free Particle 1. (The tools of the game) The system status can be described by a wavepacket (the board of the game) pertaining to the space of continuous functions on the x axis: ...
... Quantum Mechanics Postulates for a 1-dimension Free Particle 1. (The tools of the game) The system status can be described by a wavepacket (the board of the game) pertaining to the space of continuous functions on the x axis: ...
Lecture 23 - Purdue Physics
... • Electromagnetic waves carry energy • A source of waves is characterized by its power (the rate at which it radiates energy) • If the source is isotropic, the energy spreads out uniformly in all directions, over the surface of a sphere – Surface area of a sphere of radius is = 4 ...
... • Electromagnetic waves carry energy • A source of waves is characterized by its power (the rate at which it radiates energy) • If the source is isotropic, the energy spreads out uniformly in all directions, over the surface of a sphere – Surface area of a sphere of radius is = 4 ...
Basic concepts in electron and photon beams
... Transverse (Spatial) Coherence Transverse coherence can be measured via the interference pattern in Young's double slit experiment. Near the center of screen, fringe visibility is described by g(x1,x2,0). ...
... Transverse (Spatial) Coherence Transverse coherence can be measured via the interference pattern in Young's double slit experiment. Near the center of screen, fringe visibility is described by g(x1,x2,0). ...
Electromagnetic Waves
... An electromagnetic wave consists of oscillating electric and magnetic fields traveling at the speed of light. The wave carries both energy and momentum. The intensity of the wave, which is power per unit area, is given by ...
... An electromagnetic wave consists of oscillating electric and magnetic fields traveling at the speed of light. The wave carries both energy and momentum. The intensity of the wave, which is power per unit area, is given by ...
Waves, incl. Electromagnetic Waves, Light
... Light is an “electromagnetic wave”, and these waves are direct consequences of the famous Maxwell equations unifying electricity and magnetism (the first great unification of fundamental forces in the history of physics). Note: in some sense the medium is the e&m field, no matter needed. ...
... Light is an “electromagnetic wave”, and these waves are direct consequences of the famous Maxwell equations unifying electricity and magnetism (the first great unification of fundamental forces in the history of physics). Note: in some sense the medium is the e&m field, no matter needed. ...
hw08_assingnment
... 7. Unpolarized light passes through five successive ideal polarizers, each of whose axis makes a 45° angle with the previous one. What fraction of the light intensity is transmitted? ...
... 7. Unpolarized light passes through five successive ideal polarizers, each of whose axis makes a 45° angle with the previous one. What fraction of the light intensity is transmitted? ...
