Which of the following are NOT electromagnetic waves?
a. Sounds Waves .
List the following examples of electromagnetic radiation in order of decreasing frequency: a. orange light? l?
*list the following examples of electromagnetic radiation in order of decreasing frequency: a. orange light? list the following examples of electromagnetic radiation in order of decreasing frequency: A. orange light B. gamma rays C. violet light D. infrared E. AM radio waves F. air navigation waves G green light H. FM radio waves I really can't figure our where air navigation waves fit in, thank you I really appreciate your help!
Which of the following types of electromagnetic waves causes the most damage to living things?
The capability of electro-magnetic photons is proportional to their frequency. Radio waves have way slower frequencies than gamma waves; that's why they are so susceptible while in comparison with gamma waves. The small era of frequencies we call seen gentle lies someplace between the radio waves and the gamma waves. UV waves are no longer particularly stable, yet they are greater effective than the seen gentle waves. The mnemonic for seen gentle is ROY G BIV, for pink, orange, yellow, eco-friendly, blue, idigo, and violet. UV lies merely above violet and infra pink (IR) lies slightly below pink. The the gamma rays are way above UV. Gamma rays are the main helpful of the named sections of the EM spectrum. ULF radios wave are the weakest. Microwave ovens emit photons that are weaker than IR and visual gentle yet using their longer wavelengths they'd penetrate count, like a casserole dinner. The seen gentle, on the different hand, can not penetrate the dish no longer to point the foodstuff that lies interior of. seen gentle has shorter wavelengths. Longer wave lengths are greater penetrating, that's why radio waves can come into your place, the waves penetrate the partitions. while the photons penetrate the casserole, they get absorbed via the atoms and molecules of that meal, those get excited and that gadgets them into vibrating. As you in all possibility understand, vibrating atoms and molecules reason temperature; so the temperature of the foodstuff rises and the meal chefs.
Which of the following is not caused by the electromagnetic force? A- light B- gamma rays C- gravity D- radio waves?
gravity
Which of the following types of electromagnetic radiation has the longest wavelength? A. Gamma rays B. Micro?
radio waves have the longest wave length . Gamma-rays have the smallest wavelengths and the most energy . longest radio waves micro infrared radiation visible light ultraviolet radiation x-ray radiation gamma shortest
Place the following types of electromagnetic radiation in order of increasing?
Oh guy you adult adult males are blind. you do no longer comprehend evolution, shown brilliantly alongside with your ridiculous sentence "I appeared everywhere on line and yet have not discovered something approximately an ape giving delivery to a human or any species giving delivery to a various species." try examining yet another e book, you're no longer vulnerable to locate all your solutions in basically one.
Which of the following electromagnetic waves have the highest frequencies?
Hello, Pink, I can help you with this question. From the lowest frequency to the highest these would be: Microwaves with a frequency of 10^10 Hz. Ultraviolet light at 10^16 Hz. X-rays at 10^18 Hz. And the one with the highest frequency is the Gamma Ray at 10^20 Hz. Your answer should be 'd'.
When you get down to the level of relativistic quantum field theories, all forces result from the exchange of virtual particles. In particular the electromagnetic force is mediated by the transfer of virtual photons. You can’t detect a virtual photon. At a most basic level of understanding it’s an explanation that really says we have a theory that explains how all forces work based on virtual particle exchange. However, we use the word, virtual, to mean you can’t actually detect the force carrying particles. The force that they generate is evidence for their existence.I’m not a particle physicist and this is how I categorize or understand such terminology. My take home message is that there is a testable and consistent theory that explains forces through the interaction with virtual particles. What makes the theory not so arbitrary is the fact that every virtual particle corresponds to a real particle that can be detected under the right conditions. This is how the theory is experimentally verified.
All the physical waves are distinguished by the force that causes them to be — something has to resist movement for a wave to be formed. Sound waves are supported by various rigidities. In gases and liquids, only the pressure force is relevant, but in solids both pressure and shear forces are important. And in interfaces between gases/liquids/solids there are other forces that can propagate waves. The “cat’s paw” ripples we see on water surfaces when a breeze starts are caused by the capillary forces of the water surface. Ocean waves are “gravity” waves (nothing to do with Einstein) where just the weight of water is the force that causes them to exist.So, an electromagnetic wave is supported by energy that sloshes back and forth between an electrical field and a magnetic field. This sort of wave is obviously very different from the waves mentioned in the previous paragraph. And this is what all the varieties of light, from radio waves to gamma rays are made of…
The electromagnetic force is the most visible of the fundamental forces.The electromagnetic force manifests itself in many ways. Most are very apparent in everyday life.It is responsible for defining how electrons are organised in atoms. Atoms are mainly empty space. The reason we don't fall through solid material is that the electrons are confined to particular energy levels.All of the light from the Sun and other sources consists of photons which are the electromagnetic force carriers.Magnets and the Earth's magnetic field, which protects us from harmful radiation, are aspects of the electromagnetic force.Gamma radiation is an electromagnetic mechanism which allows an atomic nucleus to lose energy.The electrostatic repulsion between like charges has prevented the Sun from fusing all of its Hydrogen quickly.The electromagnetic force, which also has a large range, is the most diverse and influential of all of the fundamental forces.Electrical charges attracts or repel one another with a force inversely proportional to square of the distance between and hence the attraction between paper pieces and rubbed combWorking of electrical door bellLoud speaker which is used for public announcements uses the electromagnetic forces to propagate far and wideThe modern day door locking system in banks and other security systems or even offices uses the technique of electrical magnetic swiping card which enables the repel force to open while the door closes when the attraction force worksThe recording tapes of any system which helps in recording sound uses the techniquePower circuits in medical instruments like magnetic resonance imaging and communication devices uses the techniqueThe modern day rapid transport system in Japan and China uses the electromagnetic technique