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MMLU-Pro / 10354 / A carbon filament, which may be considered a blackbody radiator, is heated…

Problem

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question

A carbon filament, which may be considered a blackbody radiator, is heated successively to 500°C, 1000°C, 1500°C, and 2500°C. Find the corresponding wavelengths at which the most energy is emitted at these temperatures.

category

physics

options

  1. 500C: 4.25μm, 1000C: 3.25μm, 1500C: 2.75μm, 2500C: 1.75μm
  2. 500C: 6.25μm, 1000C: 5.78μm, 1500C: 4.13μm, 2500C: 2.85μm
  3. 500C: 3.75μm, 1000C: 2.28μm, 1500C: 2.63μm, 2500C: 2.05μm
  4. 500C: 7.00μm, 1000C: 6.00μm, 1500C: 4.50μm, 2500C: 3.00μm
  5. 500C: 2.95μm, 1000C: 2.50μm, 1500C: 2.00μm, 2500C: 1.50μm
  6. 500C: 2.75μm, 1000C: 3.28μm, 1500C: 2.63μm, 2500C: 2.05μm
  7. 500C: 4.50μm, 1000C: 3.50μm, 1500C: 2.95μm, 2500C: 1.95μm
  8. 500C: 3.75μm, 1000C: 2.28μm, 1500C: 1.63μm, 2500C: 1.05μm
  9. 500C: 5.75μm, 1000C: 4.28μm, 1500C: 3.63μm, 2500C: 3.05μm
  10. 500C: 4.75μm, 1000C: 3.78μm, 1500C: 2.63μm, 2500C: 2.05μm

src

stemez-Optics

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