QUE STION FOUR: A light bulb operates at a temperature of 4,300 K and has an emissivity of 0.800 and a surface area of 5.50 mm^2. The light bulb shines on a 2.00 g piece of ice that is at -30.0°C and turns the ice into steam at 120°C in 5.00 minutes. A.) Find the change in entropy of the system consisting of the light bulb and ice (which becomes steam). Give an answer in J/'C.

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QUESTION FOUR:
A light bulb operates at a temperature of 4,300 K and has an emissivity of 0.800 and a surface
area of 5.50 mm^2. The light bulb shines on a 2.00 g piece of ice that is at -30.0°C and turns
the ice into steam at 120°C in 5.00 minutes.
A.) Find the change in entropy of the system consisting of the light bulb and ice (which
becomes steam). Give an answer in J/'C.
A. 8.31 B. 9.45 C. 10.8 D. 11.7 E. 12.9
Transcribed Image Text:QUESTION FOUR: A light bulb operates at a temperature of 4,300 K and has an emissivity of 0.800 and a surface area of 5.50 mm^2. The light bulb shines on a 2.00 g piece of ice that is at -30.0°C and turns the ice into steam at 120°C in 5.00 minutes. A.) Find the change in entropy of the system consisting of the light bulb and ice (which becomes steam). Give an answer in J/'C. A. 8.31 B. 9.45 C. 10.8 D. 11.7 E. 12.9
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