Commit 7b5a853f by T. van der Sar

### Update 4_ZPFs.md - typo

parent cfb2ed7d
Pipeline #46770 passed with stages
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 ... ... @@ -58,7 +58,7 @@ Imagine an empty box that contains electromagnetic radiation. Classically, each - mode \$2\$: \$\quad E_2 \cos{(\omega_2 t)} \sin{(\frac{2 \pi x}{L})}\$ - mode \$n\$: \$\quad E_n \cos{(\omega_n t)} \sin{(\frac{n \pi x}{L})}\$ Associated with every electric field \$\vec{E}|, there is a magnetic field \$\vec{B}\$ that oscillates out of phase with respect to the electric field (this follows from Maxwell's Equations). The total energy is given by: Associated with every electric field \$\vec{E}\$, there is a magnetic field \$\vec{B}\$ that oscillates out of phase with respect to the electric field (this follows from Maxwell's Equations). The total energy is given by: \$\$ E = \int (\epsilon_0 |\vec{E}|^2 + \mu_0 |\vec{B}|^2) d^3 x ... ...
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