Well well well, nice of you to join the party. And by party I mean Biology 110. This is the greatest class EVER, and if you don't agree, I will fight you.1 I'm Derek, your TA. I'll be helping you out this semester, and im really looking forward to working with each and every one of you.2 I hope the semester has started off nicely for you! Please, this blog is for you, so abuse it! Feel free to post any questions, comments or insights you may be having at the time of publication. Im looking forward to having a great semester with ya'll.3
1 I have never once fought someone, ever. (assume this to be a trend)
2 That was a very vague, blanket statement meant to make you feel good inside. By no means is it a personal insight, as I dont know a single one of you. I can assert, however, that by the time you are reading this I will have met you (or soon will) and will have a strong desire to get to know you and make your wildest biology dreams come true. (This is a sincerely genuine comment)
3 I reside in the state of New York, which is in the northeastern United States, where is is very rare, if not wrong, to use the phrase "ya'll". I may or may not continue using it. Because I'm a rebel. I also say "pop"-all the time.
2 comments:
So basically... you come highly recommended. No lie. Janaque was especially excited when I said I had a red-headed TA named Derek. That being said, I can't wait for my wildest biology dreams to come true!
Im not sure if Im im doing this right or if I have joined but I was scribe and here are my note:
Fun Fact: Don't download music or else the school will find.
Quote of the day: "To do well in Bio 110 you have to give Olek what he wants" -Derek
......and what might that be ;)
so heres the notes-
*Ring shape is the most efficient
*AMP= adenine monophosphate
*ADP= adenine diphosphate
*ATP= adenine triphosphate
Radio labeling - used to find things later
filter - can be used to separate product from reactant when different sizes
****Important**** DONT include solids and pure liquids (H2O) in reactant for Keq
*6.02x10^23 is molecules per mole
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