Making the Most of In-Class Time

How in-class time is spent has a great effect on the time and effort necessary for learning outside of class.

 

During the freshman year I sat towards the back of class and fell asleep a lot, rarely taking notes. "I’ll remember this!" I thought, relying on some inner genius to sprout and grant me the correct answers on exams. F after D after F kept piling up and I had to admit that the innate intelligence was only a phantom I used as an excuse to avoid putting in effort.

 

Studies have shown that 90% of the A students sit in the first three rows. This can hardly be a coincidence! The difference between the front row and even the second row is huge! All those heads to stare at, and less of the Professor’s focus. It is harder to be engaged moving further back. Towards the middle and back things continue in difficulty. Students talking and whispering can be a distraction. The front row is king.

 

Keeping attention the whole class has two important benefits: stronger memories and the class goes faster. With a stronger memory and better understanding in-class there is less time required to study outside of class. The Anki cards created from better understanding of material will be WORLDS better than copying line-for-line from powerpoint or textbook notes. Sitting in the front makes everything go faster and better!

 

Even in the front row attention can waver. To combat this: take notes often. Even over the little things. Underline words, put boxes around things, stars, arrows with small notes to clarify. A professor’s powerpoint notes will always be lacking some clarification. By digesting and focusing on understanding a concept, and writing it out on the notes, the lecture will fly by and the information will be better understood. This takes more effort and is worth every molecule of glucose spent doing it. In my Statistics class the TA used to read slowly and directly off the powerpoint slide. Many people brought printed out slides and highlighted. I brought looseleaf paper and wrote out important parts from the slide. This kept me engaged and I remembered the information well. I never looked at the notes after class. – the important thing is taking the notes. Also, the class zipped by!

 

To go a step further: I once saw a study that showed sitting on the right side of a class engages the logical left-brain more. Students sitting on the front right side have a slightly higher retention rate than those sitting in the front center, and significantly higher than those sitting even on the front left. The retention rate plummets moving back rows and towards the left side. Ever since this I have sat in the front right area of a classroom. These seats are the most engaging. Here is a diagram:

 

sittinginclass

Seat greatness goes from Green -> Yellow -> Red.

 

There are people who can sit in the middle or back and achieve great scores. These people are the exception. I used to try very hard to be the exception. The misunderstood genius! It gave me frustration and low grades. Being the "misunderstood genius" matters more to yourself than anyone else. Standing on the solid ground of good learning techniques is better than trying to be an exception – it matter now more and in the future.

 

Many studies have shown the possibility of crime remaining constant an area even if the police patrol frequency is increased or decreased. These patrols are called ‘beats’. Despite this, most police forces agree that beats are the backbone of police work. Going out, being on the street on a regular basis. Attending class and keeping up the habit of attendance is the backbone of performing well. This is especially true in difficult classes. In my Freshman year I attended class seldomly and often slept or left early. Two years later between Organic Chemistry I and II I missed one day.

 

If only a fraction of the information is retained in class, it is still important to attend class and keep the habit up. A level of understanding is conferred in class that will help with making better Anki cards. Going to class keeps the information in the class fresh and at a higher priority. This is a familiar to concept to anyone that has gone to the gym on a consistently for a long time and then had to take a break.

 

Posture also plays a role in how much information is retained. I read in a book that a professor at a university did a quick study. In the middle of his lecture he had all the students freeze their posture positions. He noted their posture positions and then let them relax and take a pop quiz. The students with the most ‘open’ posture: legs separated, arms unfolded, head up, facing the professor, had the highest scores. The students in ‘closed’ posture: legs crossed, arms closed, facing away from the teacher, had the lowest scores. Ever since this I have adapted an ‘open’ posture during lecture. Sometimes I catch myself and realize I have my legs crossed – and have also focused less on the professor. If a posture feels more ‘natural’ and ‘comfortable’ at the moment, it is likely that the mind is just trying to show its feelings! Changing the posture to more open will also change the mind to more open, giving greater retention of information and focus.

 

The time spent in class is invaluable. Another technique: avoid talking to people. There is plenty of time outside of the class to talk! I usually just ignore people talking to me. Friends will understand. Avoid distractions such as using a cell phone as well. Even small distractions can break concentration and drag the class time out. People who look at their phone and the time often are frustrated how long the class is. People paying attention and effectively absorbing information have the class fly by!

Letting Go of the Wall

Ice skaters remember the time spent hugging the wall. Arms on the rail, sliding and catching before a fall. They will also remember that it is only possible to learn how to skate by letting go of the wall. Falling, failing, is a natural part of the learning process. Just as using SRS to study for classes is a new frontier, it is also necessary to let go of the traditional study methods to go anywhere.

 

Khatzumoto at AJATT briefly brought up the idea of letting go of the wall in regards to using monolingual dictionaries to learn languages. It can also be applied to using SRS in general to memorize material.

 

The first time I began to use SRS seriously to study for courses I tried it for one class out of the four. After 2 weeks I realized I learned information much faster and easier than the methods I used before. Immediately I switched all of my courses to SRS and spent the semester developing the techniques I share on this website.

 

SRS has been called a ‘quiz tool’. It may seem like a tool to review information after it has been earned through the blood, sweat, and tears of forcing information into the mind using traditional methods. However, the SRS review itself builds the memory. Instead of passively looking through material and having an ambiguous acknowledgement of the material as learned, the SRS gives a definite "correct" or "try again." This active learning is strong and is made efficient by the algorithms running in the background of the SRS.

 

To realize the full potential of SRS the old ways must be abandoned. Holding onto the wall will earn frustration and partial benefits. Using SRS the first few times will be confusing and making cards will be new. Eventually, and sooner than expected, it will become a fun art to make cards and review the SRS. Each class requires different types of cards and it is fun figuring out how to design the cards to make the new memories most effectively.

 

I still believe in doing practice problems for classes. The practice problems can even be put into the SRS. However, the memorization necessary to complete the problems should come from SRS cards.

 

There are a million ‘but-’s and ‘what if-’s that could be used as an excuse. I took the jump because I knew if the method failed I would only have a slightly lower grade on one exam. I came to realize my grades were the same or better, only with SRS it took far less time, effort, and stress to study for the exams. Readers of this website have the benefit of seeing the models of cards I developed to study for courses to be most effective. This will save a lot of time figuring out how to effectively build cards.

 

Let go of the wall, dive right in.

Creating Cards: Card Models for All Classes

The goal of the SRS cards is to develop strong memories quickly. This is accomplished by making the cards short and targeting exactly where the gap in memory is. The “gap” is marked using what Anki calls Cloze Deletion. Information on using Cloze Deletion can be found here http://ichi2.net/anki/wiki/ClozeDeletion. With cloze deletion it is only necessary to type the fact once, then highlight and click the “Cloze Deletion” button in Anki. It is very important to utilize cloze deletion when making cards. Anki will automatically generate the […], copy the fact into the “Back” area of the card, and give a nice blue highlight.

 

Basic Facts:

If we want to know the capital of the United States we would write it as such:

 

Front: […] is the capital of the United States

Back: Washington D.C. is the capital of the United States

 

Note how the fact is included as a whole rather than an isolated answer. This builds the memory stronger and faster by keeping everything together. We know now that Washington D.C., capital, and United States are all part of a single fact. Let’s look at another example. If we want to memorize where Los Angeles is found:

 

Front: Los Angeles is located in […state]

Back: Los Angeles is located in California

 

Of course Los Angeles is located in California. It is also located in the United States. North America. Northern Hemisphere. Earth. Milky Way. Which is the correct answer? All of them! However, we are looking at the state level and leave ourselves a hint to remind us of this. It is important to memorize the fact instead of the fact + what the card is asking.

 

    

Definitions:

Definitions are quick and easy with Anki. Often a standard card as shown above can be used interchangeably with a definition. Which one is more suitable to which model will become clear with practice. Definition cards are marked by definition -> word. This takes a bit longer to learn than a standard definition card in an SRS, and builds a stronger memory as well. Here is an example:

 

Front: […]: Loss of water by leaves

Back: Transpiration: Loss of water by leaves

 

In some cards it is helpful to maintain part of the thing we are asking. Here is an example:

 

Front: […] speciation: Geographic isolation

Back: Allopatric speciation: Geographic isolation

 

Front: […] speciation: Genetic or behavioral isolation

Back: Sympatric speciation: Genetic or behavioral isolation

 

Leaving speciation in is a small boost. The second card does contain two facts as “genetic or behavioral”, however they are related and were markedly different from Geographic isolation, so I kept them in. It would be easy to just make a series of cards as such:

 

Front: […] speciation: Genetic or behavioral isolation

Back: Sympatric speciation: Genetic or behavioral isolation

 

Front: Sympatric speciation: […] or behavioral isolation

Back: Sympatric speciation: Genetic or behavioral isolation

 

Front: Sympatric speciation: Genetic or […] isolation

Back: Sympatric speciation: Genetic or behavioral isolation

 

This will take only a few moments using Anki with Copy and Paste and Cloze Deletion.

 

 

Lists:

Lists of information can be memorized as well. This card type is useful when given a related set of short facts and almost nothing else about the topics. This happened a lot in my Political Science course. Here is an example when this is useful:

 

Front: Unprotected Speech

[…]

Obscenity

“Fighting Words”

Commercial speech

Back: Unprotected Speech

Libel/Slander

Obscenity

“Fighting Words” 

Commercial speech

 

Front: Unprotected Speech

Libel/Slander

[…]

“Fighting Words”

Commercial speech

Back: Unprotected Speech

Libel/Slander

Obscenity

“Fighting Words”

Commercial speech

 

Front: Unprotected Speech

Libel/Slander

Obscenity

[…]

Commercial speech

Back: Unprotected Speech

Libel/Slander

Obscenity

“Fighting Words”

Commercial speech

 

Front: Unprotected Speech

Libel/Slander

Obscenity

“Fighting Words”

[…]

Back: Unprotected Speech

Libel/Slander

Obscenity

“Fighting Words”

Commercial speech

 

Front: […] Speech

Libel/Slander

Obscenity

“Fighting Words”

Commercial speech

Back: Unprotected Speech

Libel/Slander

Obscenity

“Fighting Words”

Commercial speech

 

However if we wanted to memorize the organs of a body, it would be more useful to make standard facts about the cards instead of using this model.

 

List cards allow memorizing of lists very quickly. It creates more cards, though it took me less than a minute to create the five-series of cards just shown. The information will be memorized faster and stronger because it is broken up into pieces. Again, this model is a backup in case the only information given in class about the items is the fact they exist. If we were given more information regarding the items then we can make normal cards with their facts without the list model. List model is PLAN B.

 

This can also be used to memorize ordered information like Freshman –> Sophomore –> Junior –> Senior. Putting numbers is optional and I found just adds more things to memorize. It is more important to memorize that Junior comes after Sophomore and before Senior than the fact it is number 3. This also helps memorize the surrounding items.

 

Pictures/Diagrams:

Pictures are a great help to learning information and are excellent ways to build memories. They can be useful in many areas and often require just a little bit more work to build a stronger memory. Some things can only be reasonably learned in a picture, like geography. Let’s say we want to memorize where Germany is on a map. We would take a picture of a map of Europe, or at least Germany + surrounding countries, and block out the Germany name in MS-Paint (A note on MS-Paint. Press ctrl+A and then it is possible to copy and paste the image directly into Anki without having to save it.)

 

Front: (Picture of map of Europe with Germany name blocked out)

Back: (Unaltered picture of a map of Europe)

 

 

This information covers most areas of study. The models are fluid and free to experimentation – they are what I have found to be the most effective after 3 months of using Anki everyday. I read lots of information about SRS cards and also incorporated other facts about learning and memory. The models are a mixture and tweaking of Anki and Supermemo examples with my own refinements.

 

Making cards is a fun and creative process by finding the most effective way. Inputting the cards and finding a way to summarize the information also helps build the memory! Information for specific subjects can be found in the Table of Contents.

Failures are Necessary for Success

Every legend starts from zero. Bruce Lee was beat up in an alleyway in China by children larger than him. Michael Jordan admits that his success his attributed to his failures. Jordan is proud of his failures:

 

I have missed more than 9000 shots in my career. I have lost almost 300 games. On 26 occasions I have been entrusted to take the game winning shot… and missed. And I have failed over and over and over again in my life. And that is why… I succeed.

 

I was asked in an interview once “How do you handle failure?” This surprised me. As if failure is a rare moment of challenge while success bursts at every seam of life. The reality is the opposite for anyone serious about effectively learning a skill or studying for an exam.

 

Khatzumoto at AJATT(Aim to Fail) was my first introduction to the wonders of failure. I came to revel in it. Failure means later success. If we are afraid of failure, we move nowhere. If the great people of the world stopped at their failures, then our human civilization would have never advanced. The guy who invented fire was unlikely some genius and nailed this fire thing on his first try. Famously Thomas Edison took 3000 attempts to invent the light bulb. Gandhi worked for 34 years to peacefully bring independence to India.

 

Every great accomplishment is built on the graves of countless failures. In How Children Learn, John Holt discusses a teaching experience. An eight-year-old class was playing a number guessing game. The teacher said the number was between 1 and 1000. A girl raised her hand and asked if the number was between 500 and 1000. The teacher said her guess was incorrect. The girl became frustrated and angry. However she learned the same information as if the answer was yes. The author says this shows how our education system teaches favoring correct answers and failures are just right out.

 

Anki is a clear win or try again. There are degrees of correctness, though it is quantifiable as a “right” or “try again.” Many traditional methods have a grey area of correctness. Flash cards with loads of information can be “well.. I got this part right…” so the remaining information may be studied less. Passively reading the material means it is impossible to fail. This is also one of the least effective methods to study, close to avoiding study altogether.

 

SRS is inherently the dealer of failures. The first, second, third, fourth, however many times seeing a card will likely be a failure. This is okay and means it is working. The failures are little seeds that will grow into success and strong memories. The failures are usually the first few times seeing a card. For only a few minutes a day, this is fine. The magic of SRS comes a few times after seeing the card and suddenly it is remembered with barely any effort.

 

Love the failures. Eat them for breakfast. Cover yourself in failures. Dive head first into the failure pool – it is the only way to learn how to swim.

Biology: General

Biology majors have probably heard the popular saying “Biology is just memorization!” This sounds difficult to believe when there are hundreds of slides to learn for an exam for each class. However, Biology is still just memorization. There are many sides and grey areas to topics and mechanisms as the courses move into upper division, yet it is all possible to just memorize the information and be able to use it to answer even difficult scenario-type questions.

 

Basic Facts and Multiple Cards

It is critical that before putting information into the SRS, like Anki, the material must be understood. This only means that none of the material is mysterious and  vague. It is okay if the material isn’t memorized – it is the purpose of the program TO memorize. For example: a card detailing a fact about rRNA. If the card creator does not know what rRNA is, the card is useless. This is simple to alleviate. Just make a card, or several cards, explaining what rRNA is! 
 

 
Front: rRNA is transcribed in the […]

Back: rRNA is transcribed in the Nucleus

 
Front: rRNA stands for […] RNA

Back: rRNA stands for Ribosomal RNA

 
Front: Prokaryotic RNA large subunit […Svedberg]

Back: Prokaryotic RNA large subunit 70S

 
Front: Prokaryotic RNA small subunit […Svedberg]

Back: Prokaryotic RNA small subunit 30S

 

If the […] is a new concept, head on over to Basic Card Models to read about the basics of making cards. Note how instead of putting the information for both Prokaryotic subunits on one card, the information is split into two cards. This is for optimizing efficiency. Cards should only cover one fact. This seems counterintuitive at first, yet makes sense in practice.  
   
 
Most of Biology can be strolled through using this basic card model. Here are some more examples:

 
Front: […Gram] cells contain a peptidoglycan cell wall

Back: Gram (+) cells contain a peptidoglycan cell wall

 
Front: Gram (+) cells contain a […] cell wall

Back: Gram (+) cells contain a peptidoglycan cell wall

 
Front: Amoeba move using […]

Back: Amoeba move using pseudopods

 
Front: […]: One gene affecting several traits

Back: Pleiotropy: One gene affecting several traits

 
Front: […size] nerve fibers are faster

Back: Larger nerve fibers are faster

 
Front: […]: Increase in cell numbers

Back: Hyperplasia: increase in cell numbers

   

Pictures/Diagrams

The hardest part of Biology is memorizing the amount of information. I have found picture card models to be extremely effective at learning oceans of information in a little amount of time. If someone is just beginning to learn Biology and must memorize the visual structures of a cell, this can be done easily using a picture of a cell from the internet and MS-paint. Just find a picture of a cell without labels and make a series of photos drawing an arrow to a cell structure. Alternatively, pull the picture from the powerpoint slides or textbook and occlude the structure names in MS-Paint. Example:

 
Front: (Picture of cell with arrow pointing to single structure)

                                                    […]
 
Back: (Picture of cell with arrow pointing to single structure)

                                         Nameoforganelle

 
Anatomy and Physiology would be a breeze using this method.
 
This should cover all areas of Biology except for pathways, which are discussed here(LINK) The effort put in to make the cards multiples over on itself several times with the SRS. Also since this is all on the computer it is much faster. It normally takes me 20-30 minutes per lecture to make cards for science courses.