The carbon dioxide laser is one of the most powerful developed. The energy difference between the two laser levels is 0.117 eV. Determine (a) the frequency and (b) the wave- length of the radiation emitted by this laser. (c) In what portion of the electromagnetic spectrum is this radiation? | Numerade

SOLVED: Please show your work. thank youA carbon dioxide laser (Wavelength = 11.5 μm) has a poweroutput of 600 W. You hope to use it to cut steel. How many photonsstrike the steel each second? Assume the beam is absorbed within acircular spot of radius 3.5 mm, and the emissivity of steel toinfrared light is 1.000, and the ambient temperature around thesteel is Tc= 350 K. What is the temperature of the steel (Th)within the circular spot? The melting temperature of steel is 1,860K. Will this laser

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