ce-referring-to-figure-26-52-which-color-violet-or-red-travels-more-rapidly-through-water-explain

Name: ce referring to figure 26 52 which color violet or red travels more rapidly through water explain
Uploaded: 2020-07-05
Duration: 1 min 2 s
Channel: Numerade
Description: CE Referring to Figure $26-52,$ which color, violet or red, travels more rapidly through water? Explain.

Question

CE Referring to Figure $26-52,$ which color, violet or red, travels more rapidly through water? Explain.

William Affel · Accepted Answer

All right, So in this question and in the diagram, you clearly see one thing. We see that the red light is refracted less than the blue light. The blue light clearly has a greater angle over fraction. And so it has a higher index of refraction. It&#x27;s refracted more through the medium of the water droplet. So we know that if we know that we can use the your fraction equation, we can say that the index of refraction and is equal to the speed of light in a vacuum over the speed of light through our medium. Right. So we say that if red light has a lower index of refraction, that means V must be greater since sees constant. So for red light, we have a lower index of refraction, so he must be greater for blue late. We have a greater index of a fraction. We must have a lower V. So the answer to our question ultimately is that red light travels faster

Sri Datta Vikas Buchemmavari · Answer

So when light travels through, let&#x27;s say a prison blue light bends more than red light. If you&#x27;ve ever seen a prison, which means blue rev ends blood more, which means that refractive index for the glory must be light. So the refractive index for blue with with refracted expert brain, which means the velocity off the blue light is less than the velocity off the red light. In fact, for in class it&#x27;s about 1% stored, so lights of higher frequency.

Sanjeev Kumar · Answer

I know everyone here We are explaining about diamond. So in diamond all you can say in some transparent medium basically what we have we know that the lost E off light is directly proportional to they&#x27;ve lend. So villain began to present is V is directly proportional to lander for red light. We help longer rev land longer. Waveland, which means red light have the highest Rivlin. So that means Lambda R is greater than the rest off the colors. So it was damn foster Then on those then others as also avoid it house on short of prevalent, shorter Vaillant That means it will travel slowly to them. Dons bidding medium. Thank you.

Dang Sia · Answer

which has higher frequency red light over our lead. Which one has a longer wavelength and which one has a higher energy? All right for this question you want remember motive it how? Why g b i we something that how we remember is always remember what is beyond these visible light. Great. Be before that Red isn&#x27;t legal, I r which is no es infrared. And after the V is called some local UV by ultraviolet radiation. Now, internal energy, if you think about it, this is a high energy. This high energy Not so high if you&#x27;re going by either direction. No, the next one. Like I hope you remember, Frequency and Waveland. Is this e e go to age new noggin? Nu O V is a frequency C is equal to lender new. Okay, so wasn&#x27;t me. Let me if years bigger frequencies have also bigger. A frequency is bigger. Wavelength is shorter. Ok, so using that formula. All right, So what is that me? Let&#x27;s go back and look at the question. The question said which one has a higher frequency longer? Well, a greater adage. All right. So higher frequencies and greater energy. Violet would have higher energy and higher frequency. So that would be violet. Now, which one is gonna be red is gonna tear higher wave lit. Okay, so let me just redo that, um, question. So to make that question red Ah, longer Wavell. Its okay. And then violet hiatus. Higher energy, which also correspond with higher food policy. All right, happy study.

Mayukh Banik · Answer

Why Why is violet eyed refracted more? First of all, reflected more is not assigned it with the correct Stedman. It means that the angular deviation due to refraction is more for violet Light on that is because off the webs and dependent Refractive Index refractive index as a function off West, then is such that refractive index for read side is smaller than refractive index off the lilac site, so that makes see the card answer.

Sanjeev Kumar · Answer

selective index off I&#x27;m using the is a full toe 1.53 reflective index. Both their light you are, which is equals to one point. Fight one flight velocity off light in here she is a close to three into tennis toe cover eight metal for second. We know that these the two index three do float in ear divided by speed, off light in glass in glass. Speedo flight in here. There were reversed Speedo flight in glass. Just immune. Wallet is Yeah, we have three into tenders to power it. The red bourbon 0.5. Tito which is equals to 1958 total. Full first, 4.3 needed for sick. Similarly, I feed off light reflective index for it. It is for world it for rent. Greedo flight widebody effective in Rexel. Threat, which is supposed to be in tow, tends to power eight delayed by 1.515 which is equals to 198019 in one Want 98 light hands. From here we conclude that headlight nearly have velocity offered late. We look to deal. Boil it late below city off red light hence dead light Foster Bad light is faster. Then will it light? Then read it minus B. Bullet read it. 19 74 7 needed bursting.

Problem

CE Predict/Explain You take a picture of a rainbo…

Problem 82 Medium Difficulty

CE Referring to Figure $26-52,$ which color, violet or red, travels more rapidly through water? Explain.

Answer

Hence when a beam of white light travels in water the red color travels
faster than the violet color.

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James S. Walker

Physics

Marshall S.

Farnaz M.

Aspen F.

Jared E.

Wave Optics - Intro

Multiple Aperture Interference - Overview

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Hence when a beam of white light travels in water the red color travelsfaster than the violet color.

Physics

Marshall S.

Farnaz M.

Aspen F.

Jared E.

Wave Optics - Intro

Multiple Aperture Interference - Overview

James S. WalkerPhysics

Marshall S.

Farnaz M.

Aspen F.

Jared E.

Hence when a beam of white light travels in water the red color travels
faster than the violet color.

James S. Walker

Physics