Current Attempt in Progress A given star is a sphere with a radius of 5.12x108 m and an average surface temperature of 5680 K. Determine the amount by which the star's thermal radiation increases the entropy of the universe each second. Assume that the star is a perfect blackbody, and that the average temperature of the rest of the universe is 2.73 K. Do not consider thermal radiation absorbed by the star from the rest of the universe. Number i Units

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter2: Equations And Inequalities
Section2.3: Quadratic Equations
Problem 51E
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Current Attempt in Progress
A given star is a sphere with a radius of 5.12x108 m and an average surface temperature of 5680 K. Determine the amount by which
the star's thermal radiation increases the entropy of the universe each second. Assume that the star is a perfect blackbody, and that
the average temperature of the rest of the universe is 2.73 K. Do not consider thermal radiation absorbed by the star from the rest of
the universe.
Number i
Units
Transcribed Image Text:Current Attempt in Progress A given star is a sphere with a radius of 5.12x108 m and an average surface temperature of 5680 K. Determine the amount by which the star's thermal radiation increases the entropy of the universe each second. Assume that the star is a perfect blackbody, and that the average temperature of the rest of the universe is 2.73 K. Do not consider thermal radiation absorbed by the star from the rest of the universe. Number i Units
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