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Krishna
2024-11-17 17:35:58 -06:00
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content/physics/thermodynamics.md
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@@ -100,7 +100,7 @@ $$
Albedo is given by: Albedo is given by:
$$ $$
\alpha=\frac{P_\text{reflected}{P_{\text{incoming}}}} \alpha=\frac{P_\text{reflected}{P_{\text{incoming}}}}
$$
This is where the Boltzmann law comes in to play. In order to calculate the emissivity of an object, you first need bot: the power of emissions from the target object, and the Power that would be emitted by a black body of the same temperature. This value can be procured using the Stefan Boltzmann Law of Radiation. This is where the Boltzmann law comes in to play. In order to calculate the emissivity of an object, you first need bot: the power of emissions from the target object, and the Power that would be emitted by a black body of the same temperature. This value can be procured using the Stefan Boltzmann Law of Radiation.
Albedo, however, is a far simpler quantity, relying only on the input and output energies of the object. Albedo, however, is a far simpler quantity, relying only on the input and output energies of the object.