Discuss electromagnetic radiation and its characteristics
Answers
Answer:
These electric and magnetic waves travel perpendicular to each other and have certaincharacteristics, including amplitude, wavelength, and frequency. General Properties of all electromagnetic radiation:Electromagnetic radiation can travel through empty space.
Answer:
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Explanation:
X- and gamma rays are part of what scientists refer to as the electromagnetic spectrum. They are waveforms that are part of a family in which some of the relatives are very familiar to us, such as light rays, infrared heat rays, and radio waves. However, X- and gamma rays cannot been seen, felt, or heard. In other words, our normal senses cannot detect them. Since X- and gamma rays have no mass and no electrical charge, they are not influenced by electrical and magnetic fields and will travel in straight lines. Continued research over the years since Roentgens discovery indicated that the radiation possesses a dual character. Acting somewhat like a particle at times and like a wave at other times. The name that has been given to the small "packets" of energy with these characteristics is "photon." It is said that the radiation photon is a wave that is both electric and magnetic in nature. Electromagnetic radiation has also been described in terms of a stream of photons (massless particles) each traveling in a wave-like pattern and moving at the speed of light.
This diagram shows the electromagnetic spectrum. Notice the changes in wavelengths of the various wave forms.
Every point across the spectrum represents a wave form of differing wavelength. It should be noted that the lines between the groupings are not precise, and that each group phases into the next.
Wave forms may be graphically represented as following:
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Take this link to learn about the definition of a wavelength:
Wavelength defination
Frequency of the Wavelength Defined
Take this link to apply what you have learned about the characteristics of electromagnetic waves.
Radiation is an electromagnetic wave that has no charge and no mass.
X-rays and gamma-rays can be characterized by frequency, wavelength, and energy.
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