First:  What can a CPU actually do?
	It'll have an instruction set and registers
	x86, arm, etc
	If you give it a series of instructions, it can run them
	Reminder:  Computers fundementally process data
		Game engine, web browser, etc.

High level vs. low level:
	How close to the actual instructions are we?
	Let's compile a C program and see what happens
	Role of the optimizer

Compare and contrast:
	Python numeric data types vs. C numeric data types
		size?
		Speed of running Python

Closer to the instructions the CPU can do = faster
	Kinda like emulators
	Comes in levels:
		Compiles:  C, C++, Rust, most older languages
		Compiles just in time:  C#
		Compiles to the JVM: Java, Julia
		Doesn't compile at all:  Python, perl, BASH, most scripting languages
	
Language family tree
	C family influence in popular languages

Language follows organizational strategies
	Example:  Object-oriented programming
		Can be done in C
		C++ adds support for it

Data structure integration:
	Newer languages usually have it
	Example:  C++ map

How are locations handled?
	An address is a consistent size
	So we can make a list of addresses easy
		Since they're the same size
		The things at the addresses could be different sizes
	Python:  We hide that we're using addresses
	C:  The programmer should know how to use addresses
	C++ is somewhere in the middle

An example issue:  How big is the user's file?
	Maybe we have no idea...
	Python:  Open and just read it
		We'll add more space if we need to
		This is fine as long as we have plenty of memory
	C:  Carefully metered space usage
		Kind of a pain when programming

A philisophical question:
	Will AI increase use of languages like C compared to languages like Python?