for-light-emitted-from-a-different-vent-the-energy-of-a-photon-at-the-peak-frequency-is-0160-mathrme

Question

For light emitted from a different vent, the energy of a photon
at the peak frequency is 0.160 $\mathrm{eV} .$ What is the temperature of the
vent, assuming this vent is also a black body? 
$\begin{array}{llll}{	ext { A. } 160^{\circ} \mathrm{C}} & {	ext { B. } 280^{\circ} \mathrm{C}} & {	ext { C. } 380^{\circ} \mathrm{C}} & {	ext { D. } 660^{\circ} \mathrm{C}}\end{array}$

Zulfiqar Ali · Accepted Answer

Well, we know date equals nature. And e in this case is ah, 0.160 multiplied by 1.6 multiplied by 10 to the power minus 19. 1.6 months of life returned to the poor minus 19. Jule is actually one electron volts, and this equals etch F H is 6.63 Multiply by 10 to be powered by this 34 times f and solving for f f equals a three point eight six. Multiply by 10 to the power 13 hertz, 13 hertz. And we know that big frequency equals, um five point it it multiply by 10 to the power of 10 times T t t is absolute temperature and therefore d equals well f is 3.86 Multiply Vicente the baller 13 divided by a 5.8. It multiply by tend to be father 10 and dividing the two numbers. Um, we get ah, 656 Calvin. 650 six cabin and then four days. The correct option D is the direct option. Correct. Uh, option

Zulfiqar Ali · Answer

well, temperature p equals, uh, 350 degrees centigrade and 350 degrees centigrade equals ah 600 important trade. Calvin, We know that peak frequency is equal to five point 88 multiplied by 10 to the power 10 times t absolute temperature. Let&#x27;s ah substitute t. Then we have ethical sze 5.8. It multiply by 10 to the dollar 10 multiplied by six and 623 on their four big frequency is equal to trade on six six multiply by 10 to the power tartine hurts.

Keenan Mintz · Answer

So now we&#x27;re going to work on Problem 52 from chapter five. In this problem were asked about ah photon, which has an energy of 2.93 times 10 to the negative 25th. Jules has an energy of that value and were asked to calculate the frequency and be show the type of radiation that it is. So we have were given energy. Uh, excuse me. We&#x27;re given energy and were asked to calculate frequency. So we know that the relationship between the two is energy is equal to H knew. So we could rearrange this year to be new or frequency is equal to energy divided by thanks constant. So the a value for energy which were given in the problem, is 2.93 times 10 to the negative. 25 Jules likes constant is, of course, 6.626 times 10 to the negative, 34 jewels times second. And so this gives us a value which is equal to 4.42 times 10 to the eight hertz. And if we look at any of our ranges for this frequency, we can see that it should be a radio wave

Nicole Powell · Answer

So we have red light. That is a frequency of 4.48 times 10 to the 14th hurts. We want to know how much energy one full turn on this light has so we can use the equation he equals. H New e is the energy of one photo. H is plank&#x27;s constant. Then new is the pregnancy h of the constant. So we know that value and knew the frequency is given to us here. So you can easily put those values in to get e the energy of 14 ton of this friendly. So it&#x27;s not. We have e is equal to Plank&#x27;s constant, which is 6.626 times 10 to the negative 34th June 2nd times are frequency, which is 4.48 times 10 to the 14th hurts, which is also equal to in your seconds. And now we can see how are seconds you&#x27;re canceled and our final answer will be in jewels, which is a unit of energy. So our final energy for one proton one photo sorry is equal to 2.97 times 10 to the negative 19th jewels

Sheh Lit Chang · Answer

in these questions, we want to find a, uh, energy or full time. So in the photo on is orange light. Okay, So is equal to H F. The one constant 6.63 times, 10 to the minus 34. The frequency is given as five times. 10 to the 14. So who in the calculator you get? Tree paunchy, too House and to the minus 19. Okay, so this is the answer.

Ren Jie Tuieng · Answer

in this culture we touched to find what is way frequency off the like that were given to the assumption debts are you rethink off the light. It&#x27;s 600 interviews on average. So fine efficiency we used question wrecked. Ethical is to see over i c is the speed of light in Lunda be the wavelength which we will need to convert into the S I units in terms off meters. So that is six times 10 part minus seven. And so we should get our frequency to be five times 10 to power 40 huts. Next from this we can finally is our rates off for television. So the rates for the way mission is equals to the power defined by the energy off before time. So he power tells us what they see. Total energy need it per second, we divide the energy invited by the energy off each fault on you should tell us Number four taunts meter per second. Right, So power we give it is five. What&#x27;s to be the power emitter in top softy visible light energy off the foot on for these visible itis goes toe h f right, But if you can see really calculator before five watts is simply five juice for a second hitch f We put the constancy in terms off S I units to get our insert tips off jokes and trump, you should get the number four times per second, just about 1.5 times head off 19 four tones a second.

Problem

Predict/Calculate Referring to Example $30-11$ An…

Problem 100 Hard Difficulty

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