matricies!!!!

## Key Sequence

- matricies exist, you can add them, scalarly multiply them, and actually multiply them
- they can represent Linear Maps by showing where they take basis
- unsurprisingly, the set of matricies of a shape is a vector space

## New Definitions

## Results and Their Proofs

- sums and scalar multiplication of matricies, and why they work to represent Linear Maps
- \(\mathbb{F}^{m,n}\) is a vector space

## Interesting Factoids

its literally matricies