cdot-in-which-region-of-the-electromagnetic-spectrum-is-the-peak-frequency-of-the-radiation-emitted-

Question

$\cdot$ In which region of the electromagnetic spectrum is the peak frequency of the radiation emitted by the vent in the previous problem?
A. ultraviolet $\quad$ B. visible $\quad$ C. infrared $\quad$ D. microwave

Zulfiqar Ali · Accepted Answer

Well, big frequency off the radiation. Ah, big frequency off the radiation emitted by the event lies in a microwave region off the electromagnetic spectrum. So big frequency lies, uh, in micro in micro. Bad micro bear. Oh, sorry. Let me right there. My cruel there. So peak frequency lies in microwave reading off the electromagnetic spectrum, reaching off the electromagnetic off the electoral magnetic spectrum.

Jacob Adamczyk · Answer

in this problem, we are asked which electromagnetic wave type has the highest frequency? A radio. Be ultraviolet see blue light or D infrared to determine the correct radiation we have to recall. The different radiations have different wavelengths corresponding to different frequencies. A typical display of this is looking like with this you have gamma rays at the shortest level of wavelength. Next we have X rays. Next we have the ultraviolet range, or UV, then a small sliver of the electromagnetic spectrum is the visible wavelengths. After this is infrared, then microwave and finally, radio. Each of these names corresponds to a small partition of the overall electromagnetic spectrum, each having different wavelengths or frequencies. Now, in order to determine which of the radiation types has the largest frequency, we have to answer the similar question. Which of these ways has the smallest wavelength since the frequency is inversely related to the wavelength? Simply looking at a chart like this tells us that a gamma ray would have the largest frequency since it has the smallest wavelength. However, since this is not an available option, we go to the next area, which is in X rays. This is also not available option. So we look at ultraviolet, which is the smallest wavelength for the given possible answers. Since ultraviolet has the smallest wavelength and frequency and wavelength are inversely related, we can conclude that ultraviolet light has the highest frequency.

Charotte Mcadam · Answer

this podcast, which is taking a look at the electromagnetic spectrum on. We will just leave focusing on which type off electromagnetic radiation has three shortest wavelength hours. The followings. We&#x27;ve got radio waves, microwaves, infrared, UV. So you be has the shortest wavelength. In this case, you ve is a form of electromagnetic radiation. On it has unassociated wavelength between 10 90 m and 400 millimeters where not a meat is in s i units from the cheese equates to turn to the power 9 m.

Charotte Mcadam · Answer

so he will just gonna be focusing on electromagnetic radiation Spectra in on which of the following has the longest wavelengths. So our options are visible Ultraviolet, infrared on X rays so below. I&#x27;ve just listed all off the wavelengths for our reference for each of the above. So we have visible light, ultraviolent light, infrared and X rays. And if you take a look at off figures, infrared has the longest wavelength with wavelength off one millimeters to 100 micro meters.

Averell Hause · Answer

so you don&#x27;t have to remember the entire electromagnetic spectrum. But we know that the visible spectrum or visible light, we can say, has a wavelength some 400 nanometers to 700 nanometers. And so we know that the speed of light would be equal to the wavelength of the light multiplied by the frequency. The wavelength would then be equal to the speed of light, divided by the frequency or three times 10 to the eighth meters per second, divided by five times 10 to the 14th hurts. And our wavelength then is equaling 26 times, 10 to the negative seven meters or 600 nanometers, which falls between 407 100. And so we know that. Then, uh, this frequency wave, it falls within the visible spectrum. And that is option C. That is the end of the solution. Thank you for watching

Sam Limsuwannarot · Answer

So the question here house which of which type of radiation has higher frequency. So a gives us ultra violet versus infrared gives us visible versus gamma sea gives us microwave versus radio wave So we know that, um when it has a higher frequency, it&#x27;s goingto have a lower Waveland. So if we look at our electromagnetic spectrum here, as we can see between ultraviolet ir infrared, we know that ultraviolet, as has a smaller Waveland, it&#x27;s goingto have a higher frequency. So this is goingto have the higher frequency here. Visible light or gamma gamma has much more energy than visible light, and therefore it&#x27;s gonna have the higher frequency. So between microwaves and radio ways, we know that microwaves are closer to the infra. Reds and Rita waves are the least, um, are basically have the longest we&#x27;ve lived out of. Also, in this particular case, it&#x27;s going to be microwaves with the higher frequency

Problem

Rhodopsin is most sensitive to light with a vacuu…

Problem 98 Medium Difficulty

$\cdot$ In which region of the electromagnetic spectrum is the peak frequency of the radiation emitted by the vent in the previous problem?
A. ultraviolet $\quad$ B. visible $\quad$ C. infrared $\quad$ D. microwave

Answer

$[(d)]$

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