Learning How to Learn
We spend so much time in school, and yet
nobody ever really sits us down and actually teaches how to learn new things. We're just supposed to figure it out on our own somehow.
Even worse, when you go to the people who are supposed to help you (professors or your MCAT teacher) you just end up getting this blank stare and you feel like the person is thinking, "What are you, an idiot? You just learn it. How did you make it this far?"
Well, I'm here to tell you
it's not your fault.
It's not your fault.
(
cue music from Good Will Hunting and Robin Williams giving you a big, hairy, man-hug)
The thing is, the act of memorizing new information is a skill just like any other skill and it can be taught and learned. The fact that your teachers and professors failed to ever teach it to you and then somehow expect you to just know all the information the MCAT demands is baffling. It'd be like plonking someone down at a piano, having never taught them to play, and expect them to just honk out a Rachmaninoff piece.
Now obviously I can't cover much ground in a little SDN post, but I can give you one really basic technique for helping to encode MCAT information into your long term memory:
elaborative rehearsal.
It's a pretty simple idea about repeating information over and over, and building it up a step at a time. It's a way to help you memorize things by focusing on what the brain is GOOD at memorizing: connections.
We're terrible at memorizing random facts.
In elementary school they probably made you memorize all of the state capitals.
Quick, what's the capital of North Dakota?
No idea, right?
(No offense to Dakotans. My family is from the Dakotas.)
That's because it's a random isolated fact.
Instead, we're good at remembering emotions and connections. It can be kinda hard to infuse MCAT material with emotional content, so instead we'll focus on connections.
The notion here is that when trying to learn a particular chunk of MCAT knowledge, you need to construct a little "story" about how that thing works with each fact you need to know connected to the next fact somehow.
When learning, repeat the first fact until you have it memorized. Then add the second fact. Repeat those two a half-dozen times. Then add the third fact, etc.
I'll give you an example, and I'll use everyone's favorite: electrochemistry.
So you want to learn the basic rules about how galvanic or electrolytic cells work. You might write out a study sheet and then repeat out loud to yourself (I often also pace while doing this - the physical movement helps keep my brain moving)
Start with the fundamental mnemonic of electrochem:
1. RED CAT. Reduction takes place at the cathode. (picture a red cat in your mind)
Then repeat that fact to yourself:
RED CAT. Reduction takes place at the cathode.
RED CAT. Reduction takes place at the cathode.
RED CAT. Reduction takes place at the cathode.
RED CAT. Reduction takes place at the cathode.
RED CAT. Reduction takes place at the cathode.
RED CAT. Reduction takes place at the cathode.
Okay so if reduction is taking place there, what must be flowing there? What's required for reduction?
2. Electrons flow to the cathode.
Repeat it!
RED CAT. Reduction takes place at the cathode. BECAUSE reduction requires electrons: Electrons flow to the cathode.
RED CAT. Reduction takes place at the cathode. BECAUSE reduction requires electrons: Electrons flow to the cathode.
RED CAT. Reduction takes place at the cathode. BECAUSE reduction requires electrons: Electrons flow to the cathode.
RED CAT. Reduction takes place at the cathode. BECAUSE reduction requires electrons: Electrons flow to the cathode.
3. Okay what about the anode? If reduction is taking place at the cathode, what's always paired with reduction?
So oxidation takes place at the anode.
Repeat it!
RED CAT. Reducation takes place at the cathode. BECAUSE reduction requires electrons, electrons flow to the cathode. BECAUSE redox rxns are always paired, oxidation takes place at the anode.
RED CAT. Reducation takes place at the cathode. BECAUSE reduction requires electrons, electrons flow to the cathode. BECAUSE redox rxns are always paired, oxidation takes place at the anode.
RED CAT. Reducation takes place at the cathode. BECAUSE reduction requires electrons, electrons flow to the cathode. BECAUSE redox rxns are always paired, oxidation takes place at the anode.
RED CAT. Reducation takes place at the cathode. BECAUSE reduction requires electrons, electrons flow to the cathode. BECAUSE redox rxns are always paired, oxidation takes place at the anode.
RED CAT. Reducation takes place at the cathode. BECAUSE reduction requires electrons, electrons flow to the cathode. BECAUSE redox rxns are always paired, oxidation takes place at the anode.
4. We said that electrons are flowing to the cathode, but what flows to the anode? BECAUSE current is the opposite of the flow of electrons,
current is flowing to the anode.
Repeat it!
RED CAT. Reducation takes place at the cathode. BECAUSE reduction requires electrons, electrons flow to the cathode. BECAUSE redox rxns are always paired, oxidation takes place at the anode. BECAUSE current is the opposite of the flow of electrons, current is flowing to the anode.
RED CAT. Reducation takes place at the cathode. BECAUSE reduction requires electrons, electrons flow to the cathode. BECAUSE redox rxns are always paired, oxidation takes place at the anode. BECAUSE current is the opposite of the flow of electrons, current is flowing to the anode.
RED CAT. Reducation takes place at the cathode. BECAUSE reduction requires electrons, electrons flow to the cathode. BECAUSE redox rxns are always paired, oxidation takes place at the anode. BECAUSE current is the opposite of the flow of electrons, current is flowing to the anode.
RED CAT. Reducation takes place at the cathode. BECAUSE reduction requires electrons, electrons flow to the cathode. BECAUSE redox rxns are always paired, oxidation takes place at the anode. BECAUSE current is the opposite of the flow of electrons, current is flowing to the anode.
And so on, until you've built up a little 5-10 minute monologue about how a galvanic cell works. At every step along the way, you need to have a BECAUSE-type connection between the ideas. It's those connections that will help you both memorize and understand the material you're learning.
Often, the MCAT will reward you not so much for the individual facts themselves, but for having memorized the BECAUSE reasons that link those facts together.
Good luck!