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Krishna
2024-11-17 13:11:45 -06:00
parent fbe490f7a6
commit 982c2a99f1
1 changed files with 2 additions and 2 deletions
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content/physics/thermodynamics.md
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@@ -52,9 +52,9 @@ $$
Where $I$ is the *power* intensity that is radiated per unit of wavelength $\lambda$, per unit area of the black body. By multiplying the differential of $\lambda$: Where $I$ is the *power* intensity that is radiated per unit of wavelength $\lambda$, per unit area of the black body. By multiplying the differential of $\lambda$:
$$ $$
I(\lambda, T)\mathrm{d}\lamdba I(\lambda, T)\mathrm{d}\lambda
$$ $$
Provides the power per unit area of the black body, from the interval $\[\lambda, \lambda + \mathrm{d}\lambda\]$, given that $\mathrm{d}\lambda$ is an infinitesimally small quantity. Provides the power per unit area of the black body, from the interval $\left[\lambda, \lambda + \mathrm{d}\lambda\right]$, given that $\mathrm{d}\lambda$ is an infinitesimally small quantity.