Explain (just mentioning it will not be enough) the application of each type of EM wave...

Explain (just mentioning it will not be enough) the application of each type of EM wave in life sciences.

Expert Solution

genius_generous answered 2 years ago

The Maxwell Equations for an EM wave in different (transparent) media show that the speed and...

The Maxwell Equations for an EM wave in different (transparent) media show that the speed and wavelength of the wave change in different media, but the frequency is constant. An EM wave incident on an interface between two media will, in general, have a reflected and refracted part. The refracted rays obey Snell’s Law. The reflected rays obey the Law of Reflection. Illustrate the two laws with a diagram of a ray on a surface and clearly identify the angles...

1. An EM wave has a maximum electric field of 250 V / m. Determine the...

1. An EM wave has a maximum electric field of 250 V / m. Determine the average intensity of the wave. a. 120 W/m^2 b. 0.66 W/m^2 c. 170 W/m^2 d. 83 W/m^2 e. 0.89 W/m^2 2. The various colors of visible light differ in: a. frequency and wavelength b. frequency and its speed in a vacuum c. only in wavelength d. only in frequency e. its speed in a vacuum 3. Determine which of the following types of waves...

what essential contruction design is needed to recieve an incomming horizontal EM wave if the reciever...

what essential contruction design is needed to recieve an incomming horizontal EM wave if the reciever is built for interpreting changes in the electric field? what if it was built to recieve the magnetic field?

In an EM wave traveling west, the B field oscillates up and down vertically and has...

In an EM wave traveling west, the B field oscillates up and down vertically and has a frequency of 91.0 kHz and an rms strength of 7.15×10−9T. Assume that the wave travels in free space. Part A: What is the frequency of the electric field? Express your answer to three significant figures and include the appropriate units. Part B: What is the rms strength of the electric field? Express your answer to three significant figures and include the appropriate units....

What practical application arises from the wave-particle duality of electrons? Explain

A 600 Mrad/s EM wave travels through air and is polarized with the electrical field normal...

A 600 Mrad/s EM wave travels through air and is polarized with the electrical field normal with the plane of incidence. This wave impinges on the surface of a perfect conductor on plane z=0 at 50º and its electric field has an amplitude of 2V/m. Find the electrical field resulting from incident and reflected wave on frequency domain. Also, find the current density at the interface between air and the perfect conductor

3. For the EM waves with the following E-fields, describe the type and orientation of their...

3. For the EM waves with the following E-fields, describe the type and orientation of their polarization. (a) E = E0 sin(kz − ωt) ˆi − sin(kz − ωt) ˆj (b) E = E0 cos(kz − ωt) ˆi + cos(kz − ωt) ˆj (c) E = E0 cos(kz − ωt) ˆi + sin(kz − ωt) ˆj (d) E = E0 cos(kz − ωt) ˆi + cos(kz − ωt + π/2)ˆj

1) We be certain the EM wave we receive from space tell us all about the...

1) We be certain the EM wave we receive from space tell us all about the composition and the source temperature why, or why not? How the location and dynamics of celestial objects affect the observation of space? 2) Explain the process of star’s birth, burning fuel and death, main sequence, and relationship between star colors, their age and their size, black body curve, black hole, event horizon, quasar, super massive black holes, emission region, and energy released analyses. 3)

What type of application programs are not suitable for multi-threading? Explain.

List and define the five types of mortar and provide an application of each type.

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