Share The Formula You Found

+Label +Description

Recently Referred Formulae

J_{1}=\left[
\begin{array}{c}
1 \\
1 \\
\end{array}
\right]
&&+b_j+\oplus+b_i^{-1}+\\
&&+=+(a_0+\oplus+\cdots+\oplus+a_j)+\oplus+(a_0+\oplus+\cdots+\oplus+a_i)^{-1}+\\
&&+=+(a_0+\oplus+\cdots+\oplus+a_j)+\oplus+(a_i^{-1}+\oplus+\cdots+\oplus+a_0^{-1})+\\
&&+=+(a_0+\oplus+a_0^{-1})+\oplus+\cdots+\oplus+(a_i+\oplus+a_i^{-1})+\oplus+(a_{i+1}+\oplus+\cdots+\oplus+a_j)+\\
&&+=+a_{i+1}+\oplus+\cdots+\oplus+a_j=
{\cal R}_i = \prod_{j=i}^N R_j
The Example Formula
f(x)=\int_0^{x}g(t)\,dt
f_{at}