Changing BaudRate back to 9600

Now, BaudRate is the rate at which the signal is sampled from the serial
port. Decreasing it slowed the rate at which the graph was generated
(which was why we looked silly holding onto a solid-state thermometer
for ~10 seconds). I'm changing it back to 9600 for reasons. More
specifically, those reasons are mostly due to accuracy (I think), and
everywhere else has it at 9600 Baums.
Figured out how to output an actual voltage

Thanks to Sharada, I received confirmation about how to convert the
number between 0 & 1023 to a voltage. I will test this with a
potentiometer, then try to figure out how to make the MATLAB graph have
actual units.
It works!

The modified analog output works as expected; we now have voltage values
with accuracy to two decimal places! (I don't know why this commit
showed up, by the way, but I'm assuming it's the Arduino file)
Changing the text files around

This .txt file is where I do all the coding in Notepad++, before
transferring it to the Arduino file (essentially copying-and-pasting the
entire thing). If you want to see my work clearly, check out this file.
There are currently no comments :( but I will add them eventually.
Baud Testing

In order to figure out how the Arduino board outputs data, I needed to
know how many loops it makes per second. My hamfisted attempts led me to
a number of 256. Future exploitation of this knowledge will have to wait
until Friday, though. Anyways, feel free to check out my lovely code,
but be warned that I have not included comments in it yet, so it may be
incomprehensible. Then again, I may decide to comment these while at
home. But then again, do lab work? At home? Ahaahahaahahahahhahahaa, I
crack myself up!
Final commitment

I'm now insane?
Merge remote-tracking branch 'origin/Initial-Arduino-Temperature-Sensing'