How can I memorize the formula? How can I memorize math formulas faster?

At the top, I'm pompous.

My math teacher told us a chicken-catching principle: if you want to eat eggs, the best thing to do is not to go for eggs, but to catch chickens. When you catch the chicken, there will be a steady stream of eggs.

That is, you memorize several axioms (not theorems) in the textbook, and you have the formulas in a book, of course, you have to deduce one side by yourself (I can't remember to push it several times), and the next time you use it, you will find that the process of pushing has flashed in your mind, and the formula jumps on the paper. I have benefited a lot, and I would like to share it with you.

Also, read more books, math textbooks are to read more, read a hundred times to see the meaning of self-righteousness.

Use it to remember.

It is also more effective to write formulas silently, especially for the long comprehension process.

If you don't want to be silent, you insist on looking at one side every day, and naturally remember it.

Of course, comprehension and memorization are the best, and it can also provide ideas for solving problems.

In addition to what I said upstairs, I think we should also remember its derivation process (not by memorizing Tang poems, but by remembering its derivation ideas), for example, all the trigonometric formulas of the sum and difference of the two angles are ** the formula of cos(a+b). And how do you get these formulas?

Doing so will help you remember formulas with more confidence. But rote memorization and a lot of practice are also essential, so how can you have time to push formulas during the exam?

I never memorize formulas in math. You have to understand the formula, or you have to know how it came to be when you first learn it, and then you have to do a lot of problems, then the formula will naturally be memorized.

Mathematical formulas are derived, demonstrated, and deduced by mathematicians, not memorized, to understand, you deduce them and you will never forget them.

I'll say one. Just don't remember, you won't be when you take the exam.

Remember it after the test, make sure you remember it.

Understood, remembered. It's best if you can prove it yourself. So that it is not forgotten.

Read it 198753640562 times and remember it.

Also, be understanding.

As a mathematics teacher who has been in the teaching circle for many years, I have taught many students, and for students who are weak in mathematics, their biggest problem is often not how to do this topic, but that they can't remember mathematical formulas, physics formulas, chemical equations, English words, and Chinese texts.

Is there a way to get these "bad memory" children to memorize these formulas? Absolutely, there is! Human beings obtain information mainly through sight and hearing, and transmit information to the brain for memory storage.

When I was a freshman in high school, one of my classmates was given a classical Chinese essay and could memorize it by reading it twice. The teacher checks the recitation, and he memorizes it fluently; The teacher checked the dictation, and he finished writing with three strokes and five divided by two. And I stammered for three days and barely passed, and people were more popular than people.

Some people have strong visual thinking ability, and the information obtained through vision is directly transmitted to the brain for storage, and then forms memories. And I obviously don't belong to this kind of person, I have never been smart enough, I can only choose to be diligent. There are no shortcuts, but there are ways :

If you can't remember with your eyes, you can use your ears.

Visually acquired information is difficult to remember, and auditory information is often relatively easy to remember. For example, after watching a movie, the plot and even the lines in it are vivid; After listening to a song, the chorus can be hummed immediately. When I was studying, I had a repeater to read and record the Chinese I wanted to memorize, and I got up in the morning and listened to it repeatedly, and the effect was very good.

Of course, some people will say that I can't remember what I can do if I read it, and I can't remember it after listening to it. This kind of person is a potential genius, because his imagination is particularly rich, which in turn affects the concentration of thinking, just like the brain turns too fast and the left foot mixes with the right foot. This kind of person is sensitive to spatial location and has strong on-site perception ability.

Just put the formula you want to memorize into the icon.

Later, I learned that people who are good at visual memory have stronger visual thinking, while people who are good at auditory memory have stronger logical thinking. The students who remembered it twice were liberal arts, and I was science. It's hard to remember hundreds of names as a teacher now, and I often tell my students that I can call out the names when you're seated, but when I leave my seat after class, I forget it.

To sum up, if you can't remember it, read it and record it, and if you still can't remember it, put what you want to remember into the chart.

Watch it a few times, a few more times, don't always think that you can remember it once, and diligence can make up for it!

There are many concepts and formulas in mathematics, and it is impossible to memorize them all, just memorize the main concepts and formulas. This requires the following:

1. First of all, it is necessary to understand and be able to deduce formulas;

2. Be able to express the meaning of the formula in your own language, and be able to write the formula silently;

3. The mathematical formulas can be classified and listed;

4. Vertical and horizontal connection of mathematical formulas, be able to find out and understand the relationship between them, know their similarities and differences, and avoid confusion;

5. Mathematical formulas are all distinctive, find out their characteristics, and change abstract thinking into figurative thinking;

6. Don't memorize by hard work, 7. Do more exercises, practice makes perfect, practice can remember.

1. Formula derivation and memory method, you can naturally remember the formula after deriving the correct conclusion;

2. Do more exercises, and write the formula next to it when you do the exercises, so that the memory will be more profound;

3. To remember the formula, you must understand the formula, and if you understand the meaning of the formula, you will naturally be able to pinch it at your fingertips;

4. Memorizing mathematical formulas is different from articles, and cannot be memorized by rote, which is not only inefficient, but also easy to make mistakes;

5. Take more notes, organize them in a notebook when you encounter typical cases, and then familiarize yourself with the exercises repeatedly.

7. Derivation according to the principle: This method is commonly used and can be used at any time. It also helps to understand.

8. Guess the formula according to the impression, and then give an example to verify. For example, trigonometric formulas, trigonometric formulas are many and similar and easy to confuse, and you can guess and then verify if you forget the formula.