20th August, 2023
#Blog Features
Now we have equations:
PG=(λTP)ke−λTPk!P_G = \frac{(\lambda_TP)^k e^{-\lambda_TP}}{k!}PG=k!(λTP)ke−λTP \\ \\ \\ PG(2P)=e−2λTPP_G(2P) = e^{-2\lambda_TP}PG(2P)=e−2λTP
Rendering STLs
console.log('Hi pluto!')
And Normal Images:
Tan(X) Graph:
Inequalities:
Here is a collection of beautiful images.