describe-the-relationship-between-energy-and-frequency-2

Name: describe the relationship between energy and frequency 2
Uploaded: 2020-10-18
Duration: 1 min 40 s
Channel: Numerade
Description: Describe the relationship between energy and frequency.

Question

Describe the relationship between energy and frequency.

Vishal Sharma · Accepted Answer

problem. Three. What is the relationship between the energy and frequency? So this question is taken from the topic Electromagnetic relation. So energy is equal toe touch in tow. So this is the relationship. We&#x27;re easy energy. Where E S P energy f is the frequency and is the plank&#x27;s constant and h is Mona&#x27;s plank&#x27;s constant. Those value is 6.63 into 10 days to our minus 34 Joel second second, so we can see that energy and frequency, so energy and frequency are proportional to one another. Ah, proportional toe one another.

Rithvik Manne · Answer

So here we are asked the question, Um, what is the relationship between frequency and labeling? We have been given Equation C is equal to Lambda Times. Uh, so to the relationship between some two things that are multiplied is inversely proportion. And that is because C is a is a constant for the speed of light and frequency and energy for so for frequency and energy. There is this equation age times F h is plank&#x27;s constant at his frequency. So this is directly pork proportional and wave length and energy. So we can rewrite this equation as E is equal to h times see over wavelength because that comes from this equation and therefore this is indirectly, inversely proportion.

Rithvik Manne · Answer

So we are asked, How does energy relate to a frequency and wavelength? Well, just this energy is we have to strive with energy is equal to age times. Huh? So energy is directly proportional to frequency portioned Oh, and four wavelength. We can rear end for wavelength. We have to use another equation. C is equal Teoh live like times. Freaking seen. Therefore, if this is equal to see over land and free substitute this todo this This is inversely proportional.

Donald Albin · Answer

the relationship between angular frequency and frequency is that angular frequency equals two pi times regular frequency. So if we think about a unit circle which I love to think about, um, frequency would be how many cycles around the unit circle are made per second or per unit amount of time, So frequency would be the whole way around the circle. You could go one time two times three times around the circle. But every time you go around the circle, that is to hi radiance. So there are two pi radiance per revolution around the circle, and that is where the two pi comes from. It converts from the unit conversion from number of revolutions two number of radiance.

Charotte Mcadam · Answer

So in this podcast we will just be discussing the relationship that exists between the wave of light on the amount of energy that is carried by photons. So photons are described as little packets of energy that have been quanta ized in quantum mechanical terms. So the energy of a photon is known to be inversely proportional to its wavelength. In other words, the greater the wavelength of the last of the energy it will carry, while wave, length and frequency are also inversely related, so the greater the frequency than the greater the energy.

Eugene Schneider · Answer

so frequency is defined in hurts, which is equal to one over seconds. Um, and frequency is related to a wavelength by the following relations. So wavelength times frequency equals C, which is the speed of light. So here we have a lambda, which is wavelength. Then we have, Ah, the Greek letter knew which looks like a V and that is frequency. And then we have sea, which is the speed of light.

Problem

What type of radiation has a wavelength of $6.12 …

Problem 3 Easy Difficulty

Describe the relationship between energy and frequency.

Answer

Thus energy and frequency are proportional to one another

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Thus energy and frequency are proportional to one another

Living by Chemistry

Nadia L.

Allea C.

Morgan S.

Jacquelin H.

Liquids - Intro

Comparison Of Gases Liquids And Solids

Angelica M. StacyLiving by Chemistry

Nadia L.

Allea C.

Morgan S.

Jacquelin H.

Angelica M. Stacy

Living by Chemistry