A 19 century lab technician is testing possible metals for bulb filaments. A tantalum filament with a surface area of 0.370 mm and an emissivity of 0.976 radiates 0.80 W of light. Determine the filament's temperature (in K). The melting point for tantalum is 3269 K.
A 19 century lab technician is testing possible metals for bulb filaments. A tantalum filament with a surface area of 0.370 mm and an emissivity of 0.976 radiates 0.80 W of light. Determine the filament's temperature (in K). The melting point for tantalum is 3269 K.
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![A 19 century lab technician is testing possible metals for bulb filaments. A tantalum filament with a surface area of 0.370
mm and an emissivity of 0.976 radiates 0.80 W of light. Determine the filament's temperature (in K). The melting point
for tantalum is 3269 K.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fbddcb004-5e94-495d-ad26-41fd109f9bb4%2F8675a221-8e2d-4819-9745-ca67037b44e2%2Frnebiy8_processed.png&w=3840&q=75)
Transcribed Image Text:A 19 century lab technician is testing possible metals for bulb filaments. A tantalum filament with a surface area of 0.370
mm and an emissivity of 0.976 radiates 0.80 W of light. Determine the filament's temperature (in K). The melting point
for tantalum is 3269 K.
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