Why the Earth is not in thermal equilibrium with the Sun?
Answers
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Because they are not an isolated system. If they would be surrounded by a barrier impenetrable to energy, they would eventually approach thermal equilibrium with each other, but that would still likely take over a billion years.
Because they are not an isolated system. If they would be surrounded by a barrier impenetrable to energy, they would eventually approach thermal equilibrium with each other, but that would still likely take over a billion years.The surface of the Earth isn’t even in thermal equilibrium with the core. This would be true even if the Earth had been isolated from the rest of the universe after it had formed.
Because they are not an isolated system. If they would be surrounded by a barrier impenetrable to energy, they would eventually approach thermal equilibrium with each other, but that would still likely take over a billion years.The surface of the Earth isn’t even in thermal equilibrium with the core. This would be true even if the Earth had been isolated from the rest of the universe after it had formed.The larger the object or system, the longer it takes to achieve thermal equilibrium.
Because they are not an isolated system. If they would be surrounded by a barrier impenetrable to energy, they would eventually approach thermal equilibrium with each other, but that would still likely take over a billion years.The surface of the Earth isn’t even in thermal equilibrium with the core. This would be true even if the Earth had been isolated from the rest of the universe after it had formed.The larger the object or system, the longer it takes to achieve thermal equilibrium.In the case of the Earth versus the sun, only a small part of the sun’s output reaches the Earth, and the Earth can radiate away energy at the same rate it receives it from the sun. This is a sort of equilibrium between inputs to surface regions/atmosphere of Earth and the surface of the sun, but it’s not one in which the two systems reach the same temperature.
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