identify-an-object-that-is-similar-in-size-to-the-wavelength-of-a-microwave-2

Name: identify an object that is similar in size to the wavelength of a microwave 2
Uploaded: 2020-10-18
Duration: 2 min
Channel: Numerade
Description: Identify an object that is similar in size to the wavelength of a microwave.

Question

Identify an object that is similar in size to the wavelength of a microwave.

Vishal Sharma · Accepted Answer

in problem. Five. Identify an object that is similar in size to the prevalent offer. Microwave. So we blend off or microwave is the equivalent off microwave that is three into 10 days to power minus 2 m and frequency off microwave. That is 10 days to power 10 hearts. So this is the equivalent off microwave the equivalent all for because they were lent off. Microwave is three into 10 days to power minus 2 m, so objects in this dimension are are many, such as insects, thread, thickness green except

Manish Kumar · Answer

this question. Ah, mill macro veil over in on differences between. So we have determined the rebel in. So the frequency off this one injure something or 2.4 pipe in derivative, our nine hard, sharp us again. And if you know the speed of flight which is nothing worth 300 right, miserable second and you know every day of is traveling with the dispute. So basically a speed off any babe, is it? Given that the decision frequency in tow, the Rivlin so basically repellent comes out nothing but a speed see upon f. So this will comes out to the incident of the hour right upon 0.4. Prime into rentals are nine. So this basically become little point 1 to 2 meter are, you know, multiple every 100. So this comes out 12 point to me seeing Demeter so and the development and now being when we compared the prevalence of boxing toe the line of Irwin. So this Reverend Hot Air Lambda is approximately approximately one tipped off the length of the typical of the typical over anyone picked up the mental MoveOn&#x27;s

Eric Mockensturm · Answer

and and this problem, we wanna figure out what kind of frequency of light or radiation we need to be able to detect. Um, something the size of an atom. So an adam is roughly 10 to the minus 10 m. Um, so let&#x27;s see, here we have. Yeah, we have. Let&#x27;s see, here we have again the the relationship between the frequency of the wave, the velocity of the wave and the wave length of the wave. And again because this is electromagnetic radiation with travels at the speed of light. And so to get something to be able to see, um, down, um, to a wavelength of about That&#x27;s about the length of a one atom. We need to, um let&#x27;s see here. We need to figure out what frequency that needs to be. So again, we have the speed of light, the wavelength that we kind of a rough estimate of the wavelength that we need right and calculating the frequency we get frequency of about three times 10 to the 18th hurts. So, you know, that&#x27;s, uh, very high frequency. Um, let&#x27;s see. Here mega Would be, uh, six. Kill Giga Tera? Uh, yeah. I mean, It&#x27;s way up there. PETA hurts. I can&#x27;t remember. What? Where were 10 of the 18th would be, Um, but it&#x27;s a very high frequency. And if you look up in the electromagnetic radiation spectrum where that frequency lies, um, that&#x27;s in the X where X ray range of frequencies. So you need an X ray microscope. Um, if you wanted to look at things the size of of an atom with electromagnetic radiation, obviously there&#x27;s other, like scanning, Um, um, comic force microscopes and other kinds of microscopes that you can use. But if you want to use electromagnetic radiation to, actually, you know, observe on Adam, you need X rays to do that, sure.

Carlos Henrique De Lima · Answer

What is the frequency of away? If there is able to detect the tails on the atom, the way flames needs to be about the size of the atoms. Who is 0.29 Amir&#x27;s From the way flame you can find the progressive. So we have that the pregnancy is the speed of flight by the by the way, friends. So there&#x27;s this three time step to the age divided by zero going to time spent. The man is nine. So the frequencies want like five times. Stand to the 18 hurts, and we want to know what is what. This type of radiation iss for this fricassee and way flake and this is the typical size for X ray is enough to see atoms, but not so much the tail inside atoms.

Jared Rogers · Answer

And in this problem, we have a microwave. Um, who&#x27;s wavelength is 1.5 centimeter and we want to know what its frequency is. Um, when it comes to electromagnetic wave, the way that you can really frequency to wavelength is by this equation. Speed of light, See, is equal to wavelength times frequency or rearranging this to solve for frequency. Since that&#x27;s what we want. Yeah, frequency is equal to speed of light. See, divided by wavelength. Clammed up. Um, we know speed of light, see? And we know our wavelength, so we can just plug it in directly. Three times 10 are eat meters per second as our speed of light. And we have 1.5 centimeters, or I&#x27;m going to say 0.15 meters so that our units will cancel properly. Um, and if we play this to our calculator, we&#x27;ll find that the answer is to times 10 power of 10 hertz. And that&#x27;s your answer.

Mayukh Banik · Answer

using C equals them that times frequency. We find that the waves in the sea over if it was three times 10 to the aid immediate for a second, divided by the point. Want to mater? So that comes out to be 2.5 times 10 to the nine. We have to find frequency here. So figures got that we see a rhythm. Does them days to the point want a greater so as to whether this comes out to be 2.5 10 10 to the nine hearts.

Problem

A radio station broadcasts at a frequency of 790 …

Problem 5 Easy Difficulty

Identify an object that is similar in size to the wavelength of a microwave.

Answer

Wave length of micro wave is $3 \times 10^{-2} \mathrm{m}$ . So objects in this dimension are many such as insects, thread thickness, grains

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Wave length of micro wave is $3 \times 10^{-2} \mathrm{m}$ . So objects in this dimension are many such as insects, thread thickness, grains

Living by Chemistry

Stephanie C.

Morgan S.

Karli S.

Jacquelin H.

Liquids - Intro

Comparison Of Gases Liquids And Solids

Angelica M. StacyLiving by Chemistry

Stephanie C.

Morgan S.

Karli S.

Jacquelin H.

Angelica M. Stacy

Living by Chemistry