1933 William & Mary Indians football team
The 1933 William & Mary Indians football team represented William & Mary during the 1933 college football season.
| 1933 William & Mary Indians football | |
|---|---|
Virginia Conference co-champion | |
| Conference | Virginia Conference |
| 1933 record | 6–5 (2–1 Virginia) |
| Head coach | John Kellison (3rd season) |
Schedule
| Date | Opponent | Site | Result |
|---|---|---|---|
| September 16 | Roanoke | Williamsburg, Virginia | W 7–6 |
| September 23 | Randolph-Macon | Williamsburg, Virginia | W 12–0 |
| September 30 | at Navy | L 0–12 | |
| October 7 | at Washington and Lee | Lexington, Virginia | L 0–7 |
| October 14 | VPI | L 7–13 | |
| October 21 | Guilford | Williamsburg, Virginia | W 37–7 |
| October 28 | at Georgetown | Washington, D.C. | W 12–6 |
| November 4 | vs. Virginia Military Institute | Norfolk, Virginia (Rivalry) | W 14–0 |
| November 11 | at Emory & Henry | Emory-Meadowview, Virginia | L 6–25 |
| November 18 | Davidson | Williamsburg, Virginia | L 7–12 |
| November 26 | at Richmond |
| W 6–0 |
gollark: ```GoalsThese goals may change or be refined over time as I experiment with what is possible with the language. Embeddable - Similiar to Lua - it is meant to be included in another program which may use the virtual machine to extend its own functionality. Statically typed - The language uses a Hindley-Milner based type system with some extensions, allowing simple and general type inference. Tiny - By being tiny, the language is easy to learn and has a small implementation footprint. Strict - Strict languages are usually easier to reason about, especially considering that it is what most people are accustomed to. For cases where laziness is desired, an explict type is provided. Modular - The library is split into parser, typechecker, and virtual machine + compiler. Each of these components can be use independently of each other, allowing applications to pick and choose exactly what they need.```
gollark: That's rude.
gollark: ```elmlet factorial n : Int -> Int = if n < 2 then 1 else n * factorial (n - 1)factorial 10```A factorial example from the docs.
gollark: Well, yes, it has an interpreter and stuff.
gollark: Actually, possibly not, no idea what you mean.
References
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