0:00
All right.
00:01
So this question is asking two parts of the limbic system are the amygdala and the a, cerebral hemispheres, b, hippocampus, c, thalamus, or d, pituitary.
00:14
So i think when approaching this problem, it's important to think of it critically and think about where all the other answer options are found or how, i guess, you could say found within the, i guess, general area of.
00:30
The brain and how that relates to the limbic system and amygdala.
00:35
When thinking about it this way, i'm mostly focusing on a and c, and that when you think of cerebral hemispheres, i think it's immediate to know that it's not part of the limbic system and that when you're thinking of a brain, i want you to think of it as sort of like an onion where you're kind of peeling at it.
00:51
So our newest parts of the brain in terms of evolution and also terms of development are the cerebral hemispheres, which are essentially the the core of, not the core, but the biggest parts of the brain in that it is your entire, it's your cortex essentially.
01:09
And it's the two halves of the brain that kind of make this, make the whole volume of the brain, if you will, following you have the limbic system, which is kind of the bridge between the newest parts of the brain and the oldest parts of the brain.
01:22
And then the oldest parts of the brain, which is the brain stem, are part of this in that they really govern our most primal attributes in automatic functions such as breathing rates or breathing and heart rates and movement and arousal.
01:42
So that's really how you could break down the brain and understand it better.
01:46
Also in terms of functions, and if you ever need to apply that in a question to ask about the functions relative to its parts, and knowing where the parts are will really help you kind of get an idea where it might be...