Share The Formula You Found

+Label +Description

Recently Referred Formulae

F_{ij} = \frac{1}{Ai} \int \int \frac{\cos\theta_i \cos\theta_o}{\pi r^2} dA_i dA_j
Fij = 1/Ai \int \int \frac{\cos\theta_i \cos\theta_o}{\pi r^2} dAi dAj
Fij = 1/Ai \int \int \cos\theta_i \cos\theta_o / (\pi r^2) dAi dAj
\int_[0...1] x^(n+1) * 1 / (x^(n)) dx instead of \int_[0...1] xdx.
\int_[0...1] x^(n+1) * 1 / (x^(n)) dx instead of \int_[0...1] xdx