<p>These are just the study strategies I used when taking these classes. TL;DR version: read your lab manual before coming to lab, use your photo atlases, copy & revise your lecture notes after class, copy & revise your lab drawings after class, make flashcards for lab material, make review sheets (I dunno what else to call them, see below for more detail) for lab material, make [study-question</a> clusters](<a href=“http://calnewport.com/blog/2007/09/24/monday-master-class-use-focused-question-clusters-to-study-for-multiple-choice-tests/]study-question”>Monday Master Class: Use Focused Question Clusters to Study for Multiple Choice Tests - Cal Newport) for lecture material.</p>
<p>LAB
Second, just my experiences in lab, since labs at SCC are a lot different from those at CRC (and possibly ARC and FLC). As I mentioned in my post, SCC has separate lab exams, and they can be pretty scary. Labs are basically set up like this: you have a bunch of slides you have to look at (and later on in Animal Bio, you have dissections), and you make drawings of them in your lab notebook. </p>
<p>Technically, your lab notebooks aren’t graded or anything, so I suppose you could just look at the slides and be done with it, but believe me, you’re not going to pass the lab exams just doing that. So, I would <strong>STRONGLY</strong> recommend keeping a good lab notebook. </p>
<p>Looking at the slides can be daunting, because there’s so much stuff, and in Plant Bio, as one of my classmates put it, everything looks like “circles within circles”. So, read the lab manual before coming to lab so you know what you’re supposed to be looking for. Also, make use of the photo atlas if you don’t really know what part you’re looking at. Make detailed drawings, label the parts that you need to know (again, check the lab manual so you label what needs to be labeled and nothing more–can’t afford to waste time).</p>
<p>Now, here’s how I studied/reinforced the information: after I got home, I copied (by hand) everything in my lab notebook into a new notebook, fixing any mistakes, labeling things I had forgotten to, etc., so that I had two lab notebooks: the “raw” edition where you make the initial drawings in lab, and the “final” version for actually studying from. It’s time-consuming, but it works by reinforcing what you learned that day and getting the knowledge into your fingers. </p>
<p>I also made flash cards. This works best for material on slides; when you start doing dissections in Animal Bio, I have another technique. When you do dissections, again, keep a detailed lab notebook. In addition to the flashcards, though, I also made a “testing” sheet for each animal, so basically a copy of the lab notebook on a clean sheet of paper, with all the names of the organs/blood vessels/etc. covered up. That way you can test yourself. Also include the functions of the organs! You’ll be tested on that too.</p>
<p>It goes without saying that you should review as often as possible. Every day would be ideal; for example, while you’re waiting outside for class to start, just whip out your flashcards/review sheet and test yourself. </p>
<p>LECTURE
Lecture exams are a combination of multiple choice (first section) and essay questions (second section). They’re pretty straightforward, but sometimes there’s a lot to remember. </p>
<p>Again, as with lab, I kept two notebooks, one that I actually used to take notes on in lecture, and the second one where I copied everything from the first one, but filling in information as needed, organizing, cleaning up, writing more neatly. </p>
<p>Another tip I found that was a big help to me was creating what I think are called “study-question clusters”. I got the idea from Cal Newport’s blog (just google him; I think his blog is called “Study Hacks” or something like that). Basically, at the end of every week, I would summarize everything from lecture into a series of questions and answers. Try to anticipate essay questions when writing the questions. For example, if we learned about how an action potential is transmitted, I would write, “Explain step-by-step how an action potential is transmitted, taking into account the role of K+ and Na+ ions” etc. </p>
<p>So if you do this every week, by the time the test rolls around, you already have material you can study from; just cover up the answers and try to answer the questions (write out your answers, don’t just say them aloud! You’re going to have to write them on the exam; might as well get practice now!)</p>