Dg1200：Dg1200移动页面2019USAAA0决赛第1题至2021USAAAO决赛第1题

2022-04-06T07:49:27Z

Dg1200移动页面2019USAAA0决赛第1题至2021USAAAO决赛第1题

Dg1200：创建页面，内容为“1. ('''5 points''') Jupiter emits more energy to space than it receives from the Sun. The internal heat flux of Jupiter can be quantified by the “intrinsic” temp…”

2022-04-06T07:45:24Z

创建页面，内容为“1. ('''5 points''') Jupiter emits more energy to space than it receives from the Sun. The internal heat flux of Jupiter can be quantified by the “intrinsic” temp…”

新页面

1. ('''5 points''') Jupiter emits more energy to space than it receives from the Sun. The internal heat flux of Jupiter can be quantified by the “intrinsic” temperature of the planet $$T_{int}$$. The effective temperature $$T_{eff}$$ of a planet is related to its intrinsic temperature and equilibrium temperature $$T_{eq}$$ by $$T_{eff}^{4} = T_{eq}^{4} + T_{int}^{4}$$. Given that Jupiter’s albedo is 0.5, its emissivity is 1, its average separation from the Sun is 5.2 AU, and its effective temperature is 134 K, estimate its intrinsic temperature in Kelvin. You may use the Sun’s surface temperature equal to 5777 K.

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Dg1200：Dg1200移动页面2019USAAA0决赛第1题至2021USAAAO决赛第1题

Dg1200：创建页面，内容为“1. ('''5 points''') Jupiter emits more energy to space than it receives from the Sun. The internal heat flux of Jupiter can be quantified by the “intrinsic” temp…”