from the sun is D = 150 million km. Using the equation to model the temperature of R² the earth, ()¹/4Ts 4D² sun and remembering you have to work in the absolute temperature scale (OK = -273°C) would you expect it to be

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Chapter1: Units, Trigonometry. And Vectors
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Question 12
Suppose the earth was twice its current distance from the sun. Recall, the sun's
radius is R_sun=7 x 105 km, with a surface temperature of 5800 K., and our distance
from the sun is D = 150 million km. Using the equation to model the temperature of
R²
the earth, ()¹/4Tsun and remembering you have to work in the absolute
temperature scale (OK = -273°C) would you expect it to be
twice as hot as earth?
half as hot as earth
the same temperature as earth
0.7 times as hot as earth?
1.4x as hot as earth
Transcribed Image Text:Question 12 Suppose the earth was twice its current distance from the sun. Recall, the sun's radius is R_sun=7 x 105 km, with a surface temperature of 5800 K., and our distance from the sun is D = 150 million km. Using the equation to model the temperature of R² the earth, ()¹/4Tsun and remembering you have to work in the absolute temperature scale (OK = -273°C) would you expect it to be twice as hot as earth? half as hot as earth the same temperature as earth 0.7 times as hot as earth? 1.4x as hot as earth
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