To do this, you’ll want to have a lot of associations come to mind quickly. Six: Expand To Either The Pegword Method Or A 00-99 PAOĮventually you’ll want to memorize facts, such as that a 210 degree angle has a radian of 7?/6. To learn more about how all this works in a compact, course format: You can also add all the degrees and radians, and if you need more space, move to another wall. When you want to add more, such as π/6, you can integrate a piece of pie and your image for six. There are lots of ways to do it, but you’re basically bringing space and association together with the information you want to learn. I like to think about it as “weaving” theme into a room, or hanging from a tree. How exactly you place these images in space is up to you. Thus, for 90° we can imagine Baz Luhrmann eating a donut.įive: Place Your Associations In Your Memory PalaceĪs you can see, it’s a lot easier to mentally place Baz Luhrmann with a donut on your wall than it is on the small space of your thumb. Using a highly memorable celebrity makes remembering numbers much easier!įor symbols, figure out the symbols you need to memorize and create associations. For example, 90 in my system is Baz Lurhmann because 9 can be represented by ‘b’ and 0 can be represented by ‘z.’ This will let you turn numbers into words. To rapidly create associations of numbers and symbols, you’ll need to create a few simple lists.įor the digits 0-9, learn the Major System.
Four: Use Associations For The Numbers And Equations Next, you’ll create some associations so you can remember the different equations. If you like, you can still use your hand as a reference: The division of space doesn’t have to be perfect. Take that same wall from a home, classroom, church (or whatever you like) and divide it into five separate areas. Three: Divide Your Memory Palace Into Five Areas If you take your hand and imagine it projected on a wall, now you have a lot more space to work with.īut there’s even a better way to use the Memory Palace technique for memorizing the Unit Circle. Instead of trying to compress all kinds of information onto a small space like your hand, give yourself more room by using a wall. That’s pretty easy, but how are you going to remember that 30° is π/6 ? This gives you the first quadrant of the unit circle in the palm of your hand (so to speak). Let your thumb represent the positive y axis. When you look at your palm, let your pinkie finger represent the positive x axis. However, there are some cool aspects to the idea, so if you do want to use this technique, spread out your hand. I don’t know about you, but my fingertips are too small for encoding large amounts of digits. Now, I’m not the kind of person who says, “don’t even bother trying” something like the Unit Circle Hand Trick.īut I tried it and found it impractical for deliberately memorizing this kind of information. One: Consider Abandoning the Unit Circle Hand Trick That’s why the first suggestion is going to sound a bit counterintuitive. You want a technique that helps you conquer this specific learning goal and is adaptable. This is important because mathematics and geometry is filled with all kinds of complicated equations.
If you approach them with a spirit of experimentation and an open mind, they will help you memorize a lot more than just the unit circle.
#Iunit irle how to#
How to Memorize the Unit Circle Quickly in 6 StepsĬhances are, many of the techniques you’re about to discover are new to you. There’s actually a fun and easy way to do this, and so let’s dive in. Instead, on specific memory goals, like how to remember the radians on the unit circle. I’m not going to drown you in each and every detail. It’s pretty intense.Īnd as you already know, need the unit circle when solving for the:īut let’s not get into a tedious discussion of how the unit circle works. If you’re learning the unit circle, don’t blame yourself if you find it frustrating.