principles of electromagnetic radiation
I need some assistance with these assignment. principles of electromagnetic radiation Thank you in advance for the help! Electric field and magnetic field are generally orthogonal to the direction of their travel (Ostheimer, pp234-279). Electric and magnetic fields naturally oscillate with frequency. Frequency is usually defined as the number of times in every second that any wave waves oscillate. Frequency of oscillation of the electric and magnetic waves usually is known as a carrier wave, which is corresponding produced the transmitter in the form of the sine wave (Potylit︠s︡yn, pp 112-245).  .The frequencies resulting from the oscillation of electric and magnetic waves usually are amidst 30 kHz and corresponding 300 GHz that is commonly utilized radio communication systems. Electromagnetic radiation mainly consists of waves of the electric and magnetic energy that mostly moves together via space at a speed equivalent to the speed of light. The corresponding antennas emit radio waves, thus utilized in RF energy.
Task 2 – Learning Outcome 2.2
 . . . . . . . . . . . Elaboration of the electromagnetic spectrum regarding their frequency and wavelength
 . . . . . . . . . . . Electromagnetic spectrum mainly includes a continuous range of frequencies and corresponding wavelength of the electromagnetic radiations, which usually ranges from the long-wavelength that is the low energy radio waves to corresponding short wavelength. I t also encompasses high energy gamma rays (Ostheimer, pp234-279). The electromagnetic spectrum is segregated into appropriate regions of radio waves to the microwaves then followed by infrared rays. Infrared radiation is followed by visible light that is usually subsequent by ultraviolet rays then x-rays and corresponding gamma rays.
Question 1
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 . . . . . . . . . . . Light is usually emitted solely at particular frequencies characteristics of each atom and molecule. Thus, atoms and corresponding molecules naturally an absorbingly limited range of frequencies and wavelengths of the electromagnetic spectrum hence reflecting the fundamental frequencies and wavelengths of the prevailing light. The reflection of frequencies and wavelengths are frequently the real observed light and colors related within any object.
 . . . . . . . . . . . The underlying region of the electromagnetic spectrum mainly contains light at particular frequencies and wavelengths that generally stimulate the rod cones within the human eye, thus termed as a visible region of the prevailing electromagnetic spectrum. The color is the primary relationship the look normally makes with specific portions of the visible areas.
