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I do understand the definition that their initial phase different is not constant. but i just cannot imagine what kind of wave has changing initial phase. isn't initial phase the phase at the time 0? how can it change?
alchemist7 said:I do understand the definition that their initial phase different is not constant. but i just cannot imagine what kind of wave has changing initial phase.
Incoherent waves are waves that have no specific phase relationship between each other. This means that the waves do not have a constant frequency or wavelength, and the amplitude and direction of the waves are constantly changing.
Incoherent waves are different from coherent waves in that they do not have a consistent phase relationship, while coherent waves do. This means that coherent waves have a constant frequency, wavelength, and amplitude, while incoherent waves do not.
Some examples of incoherent waves include sound waves in a crowded room, ocean waves, and light waves from a light bulb. These waves do not have a consistent phase relationship and therefore are considered to be incoherent.
Incoherent waves can cause interference and distortion in communication systems. This is because the waves do not have a consistent phase relationship, which can result in overlapping and canceling out of signals, leading to poor communication.
Incoherent waves cannot be controlled or manipulated in the same way that coherent waves can. Since they do not have a consistent phase relationship, it is difficult to predict or control their behavior. However, techniques such as signal processing and filtering can be used to mitigate the effects of incoherent waves in communication systems.