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What Will Be the Peak Wavelength of Electromagnetic Radiation Emitted λ\lambda

Question 191

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What will be the peak wavelength of electromagnetic radiation emitted by a piece of iron that is just melting at a temperature of 1808 K? (Use Wien's law, which relates the peak wavelength λ\lambda max emitted by a body to its temperature T, and see Figure 4-2) (1 μ\mu m = 10-6 m) .  What will be the peak wavelength of electromagnetic radiation emitted by a piece of iron that is just melting at a temperature of 1808 K? (Use Wien's law, which relates the peak wavelength  \lambda <sub>max</sub> emitted by a body to its temperature T, and see Figure 4-2)  (1  \mu m = 10<sup>-6</sup> m) .   A)  16  \mu m, intermediate infrared B)  1.89  \mu m, near infrared C)  1.6  \mu m, near infrared D)  1.04  \mu m, very near infrared


A) 16 μ\mu m, intermediate infrared
B) 1.89 μ\mu m, near infrared
C) 1.6 μ\mu m, near infrared
D) 1.04 μ\mu m, very near infrared

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