CABCPS LinksSSchoologyx2bcps.schoology.com/common-assessment-delivery/start/7318232295?action=onresume&submissionId=1412172123Dictoronary Spani...U5 L4 Show What You Know: Light Transmission and CcCo-XThe use of aluminum foil was an effective design element because electromagnetic (light) waves are refractedDesk 1reflectedabsorbedrefractedtransmittedA1 2 3

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Inquiry into Physics

8th Edition

ISBN:9781337515863

Author:Ostdiek

Publisher:Ostdiek

Chapter9: Optics

Section: Chapter Questions

Problem 6Q

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passa 13.2-2 Photon Flux. Demonstrate that the power of a monochromatic optical beam that carries an average of one photon per optical cycle is inversely proportional to the square of the wavelength. Daiunam Diut 1222 di
l AT&T LTE * 3:44 PM O 74% O Done 1 of 4 25m/s, what is the wavelength? A=25 m/s/5H2 iytii Uf 10 Tmeters. What is the 10 paadsanPM R Dun- !! wavespeed? V=f.X=50H2-10m: 500mls wavekngth=Sm 3. A wave has a wavelength of 10 meters and a wavespeed of 340m/s, what is the frequency of the 340m/s:10:34m/s" 4. A wave with the frequency of 13hz and a wavelength of 4 meters. At what speed will the wave travel? 13h2.4m=52m/s² wave? 5. A wave is moving 65 m/s, if the wavelength is 1.5 meters what is the frequency of the wave? 65m/3÷1.5:43.33 Hz 7. A wave with the frequency of 500 Hz is traveling at a speed of 100 meters. What is the wavelength? 6. A wave has a frequency of 46 Hz and a wavelength of 2.3 meters. What is the speed of the wave? 8. A wave has a wavelength of 125meters and is moving at speed of 20m/s, what is it's frequency? 9. A wave has a wavelength of 80 meters and has a frequency of 60Hz, what is it's velocity? 10. A wave has a velocity of 45m/s and a wavelength of Smeters. What is…
1. Day:. Date:. in If light source dir emits light of wavelength 550nm is otropicaly lequall in all directions) with emitted power of 20 watts. Find a) Angular frequency w b) Peak amplitude of Electric field Eo at a distance of 1.5m from Source (Solve In SI Units)
3) a) Explain UV-Vis spectroscopy (plane schematic figure). b) How spectroscopy is performed? c) What information can be obtained from UV-Vis Spectra?
6. Kittel, Ch4-15, Angular distribution of radiant energy flux. (a) Show that the spectral density of radiant energy flux that arrives in the solid angle dis cu cos.d/47, where is the angle the normal to the unit area makes with the incident ray, and u is the energy density per unit frequency range. (b) Show that the sum of this quantity over all incident rays is 4 cu
8. The spectrum of a polymer film (refractive index, 1.5) was produced by using an ATR cell made of KRS-5 (refractive index, 2.4). If the incident radiation enters the cell crystal at an angle of 60°, what is the depth of penetration into the sample surface at: 1|Page i.) 1000 cm ii.) 1500 cm- iii.) 3000 cm1?
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Explain the limitations to the use of UV microscopes.
The RI. of lwo media are 1:5 ond 17 Calculato elocilij of light in these too media.
Taverage = 288 degrees kelvin Source_ ase.tufts.edu Q12 Estimate dmaxjatensity, based on Earth's surface temperature using Wien's Law in Figure 1-3. dmax jntensity = Q13 Estimate kmax iuteusiy, based on Earth's surface temperature using Wien's Law kmax iutensity =. Q14 What region of the EM spectrum does Amax intensity, emitted by Earth, belong to? Aside: Can the human eye detect this radiation?
Why is the sky blue? O Our eyes are not very sensitive to violet light. O The molecules and atoms in the atmosphere strongly scatter blue light. O The molecules and atoms in the atmosphere absorb all other wavelengths of visible light. O The molecules and atoms in the atmosphere are only transparent to bluc light. 0 * ... - .
In a bipxism expesiment a convex leng is inlindluced at a'dislañice of 4o cm from the eyepiece is at a dislance of Go com The dislañice beliween lwo virlaal saa Pans. ages oklained is 0:35 cm. f Light essed is 5460 A°. Calculalē" the baudweidth. If the wavelength

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