How to learn effectively? For science students

The key to answering this question is to use the law of efficiency – to use time efficiently to improve learning efficiency.

Learning takes place in time. There is no doubt that whoever has more time will get more knowledge. Mastering some methods of efficient use of time, such as optimizing the order, optimal arrangement, eliminating distractions, etc., will make you spend many times more effective study time than others.

The main points of the law of efficiency are as follows:

2. Reasonable allocation of energy: In learning, you must distinguish priorities and allocate your energy reasonably, so that you can keep a clear mind in the heavy study, and use limited energy to help yourself achieve the highest possible learning efficiency;

3. Learn to eliminate distractions: In learning, some interference from the outside world and yourself will affect your learning efficiency, you must learn to eliminate and isolate these negative factors in learning, and minimize their negative effects;

Wishing you happy! Every day!

Whether you are efficient or not depends mainly on your self-learning ability and attitude!

I think that my skill at that time was to prepare a correction book, record the problems and mistakes that I usually encountered, and then ask the teacher to analyze them, and finally write down the solution ideas, and look through them more in the future, which is very effective for cheering students.

First of all, cultivate a strong interest, I think this is the most important thing, otherwise it will be useless to do more questions.

Collect the mistakes you have made, correct them and write down the reasons for them; Set a goal within your ability; Reasonable work and rest time and good study habits.

1. High efficiency and high quality, if you don't hand in your homework, you must also complete it carefully. Just put your heart and soul into it, put your head down and work hard, don't care about anything else, don't look up. If the class is messy after class, you can write reading notes;

2. Focus on cultivating observation, analysis and inference skills, and cultivate a strong interest High school mathematics concepts are abstract, there are many exercises, and the teaching density is high, so after the first year of high school, some students are afraid of mathematics. Learning mathematics is not difficult, the key is whether you are willing to try.

Do more exercises, but do a question like a question, summarize and summarize, and find methods and rules.

1. Implement the foundation of textbooks.

2. Question more and speak more in class.

3. Study seriously and focused.

4. Complete homework on time and independently.

5. Strengthen the implementation of basic concepts and memorize basic formulas.

6. Summarize in a timely manner and prepare an accumulation book.

You should read it before class, strive to achieve 80% of it, and do more exercises to consolidate it after class.

Interest is the most important, first of all, we must cultivate interest in this area, and then we should understand, understand each question thoroughly, draw inferences from one another, and do more exercises.

Preview before class, listen to the class with questions, and review after class.

Read books and do questions.

Absolute empirical statement.

Prepare, listen carefully, and do more exercises.

One: Be confident. Many scientific studies have proved that human potential is great, but most people do not effectively develop this potential, among which human self-confidence is a very important aspect.

Whatever you do, whenever and wherever you do, with this self-confidence, you have a belief that you will win, and it will enable you to quickly get rid of the shadow of failure. On the contrary, if a person loses his self-confidence, then he will achieve nothing and can easily fall into eternal inferiority. Second:

With scientific learning methods, you can achieve twice the result with half the effort in learning. In terms of improving the efficiency of revision: there are learning links, learning attitudes, and learning methods.

As long as you change your studies from now on, and you study hard, of course, it will be simple, and your grades will improve. Everyone's foundation is different, and their learning attitude is different, so the methods to be adopted are also different. In order to learn well, you must find a learning method that suits you, and you must choose a suitable method according to your own characteristics.

You can make progress. The method of learning should be "a hundred schools of thought contending" and "a hundred flowers blooming". Third:

Don't be too nervous about studying. Otherwise, if you are too nervous, you will not be able to review. It is necessary to analyze the existing problems in detail and do a good job of reviewing the deficiencies and filling in the gaps.

Remember to adopt it.

Careful Preview Preview is an important part of reading the textbook independently and acquiring new knowledge by yourself before class. 2. Take the initiative to improve the efficiency of listening to the lecture Listening to the lecture with the pre-study questions can improve the efficiency of the lecture and make the focus of the lecture more prominent. 3. Regularly organize study notes In the learning process, through the review of the knowledge learned, the comparison of preview notes, lecture notes, homework, standard testing, textbooks and reference books and other materials to supplement and summarize, so that the knowledge learned can reach a systematic, complete and highly generalized level.

4. Do homework in time Homework is an indispensable part of learning physics knowledge and the basic method of mastering knowledge and skills. 5. Review and summarize to improve If the knowledge learned and the exercises that have been done are not reviewed in time, they will not be summarized, and it is easy to have a tendency to learn physics knowledge in isolation and rigidity.

It is enough to have these learning methods, and there is no need to use other things 1: Preview Review What the teacher is going to talk about is the day before"Browse"Again. Get a good grasp of what you want to master.

If you don't understand, put a question mark with a pencil, and the teacher will understand it as soon as the class starts the next day. What you will say that day must be reviewed on the same day, and don't wait until the exam is about to take place, because that will only waste time. Two:

Every second counts, smell the rooster dancing This is what I learned from some of the top students. For example, if you have free time at school, you can make a workbook.

The teacher has mastered the knowledge, and you should not be idle, you can use the rest of the time to do other things. My memory is better in the morning, so it's best to get up around 5 o'clock in the morning and memorize the liberal arts, I think it's better. In conclusion, don't let time fly away from you.

3. Apply what you have learned After learning knowledge, you must use it reasonably. For example, when you are learning Chinese, if you think a certain paragraph of an article is well written or you think it is beautiful, you can copy it in a special book and memorize it.

Art in Life 123

Prepare for college. Learning should be arranged with a simple and feasible plan to improve the learning method. At the same time, it is also necessary to participate in school activities appropriately and develop in an all-round way.

In the process of learning, we must: listen more (listen to lectures), remember more (remember important question structures, concepts, and formulas), read more (read books), do more (do homework), ask more questions (ask if you don't understand), do more hands (do experiments), review more, and summarize more. Use the method of taking class notes to focus on the lesson.

The basic essentials of chemistry: proficient memory + practical operation, that is, chemistry is an experiment-based discipline, and learning should combine proficient memory with practical operation. In particular, it is easier to learn chemistry by memorizing concepts such as the periodic table, the priority of metal reactions, the conditions of chemical reactions, precipitation or gas conditions, etc.

That is, it is necessary to memorize the position of the first 18 elements in the periodic table, the characteristics of atomic structure, and the relative atomic weight and relative molecular weight of common substances, so as to improve the speed of problem solving. The chemical properties of chemicals should be understood and mastered, especially familiar with the writing of chemical equations and ion equations.

It is necessary to have a comprehensive grasp of the use of chemical laboratory instruments, the basic operation of chemical experiments, and be able to design some typical experiments. Physics: The key is to be able to apply and master physical ideas independently.

When doing problems, you should try to draw pictures and change abstract thinking to figurative thinking. The definition of theorems must be mastered, and several major plates must be learned: conservation of energy, law of momentum, conservation of mechanical energy, law of kinetic energy in mechanics; Lorentz force in electromagnetism, left-handed rule, right-hand rule, etc.

The definition of the theorem involved must be firmly grasped. When encountering problems, you should pay attention to the teacher's solution ideas. First of all, it is necessary to understand which of the five major blocks of physics, heat, light, electricity, and atomic physics is used to solve, and then dig out the known conditions, especially the hidden conditions.

No matter how difficult the topic is, try to draw a picture, change abstract thinking to figurative thinking for state analysis and dynamic analysis, and then build a bridge between the known and unknown according to the knowledge learned, apply it independently, and cultivate a physical mind. Through unremitting efforts, the results are improved and stabilized step by step. Do your best for the exam, be careful during the exam, and be calm when you sprint at the end.

After the exam, you should summarize carefully so that you can study better in the future. Right now: let go of the baggage, usually:

Study hard. Before the exam: Prepare carefully, during the exam:

Don't give up, after the exam: normal heart. Remember!

Study hard, don't memorize by rote, and use it flexibly.

In fact, science is very simple, I don't even need to do more questions, I can do it inexplicably, and it feels supernatural.

First of all, you should lay a solid foundation for the knowledge you are familiar with, and then work hard to study the knowledge that you are not very familiar with.

In addition, you can use the fifteen-minute study method to improve the learning efficiency (if you have good self-control and can sit on the bench, you can increase it to thirty minutes), in each period of fifteen minutes or thirty minutes, concentrate on the topic or knowledge point to be studied, and after completing the task in a limited time, relax appropriately, and then move on to the next part of learning.

If you do this, you will unconsciously find that your learning efficiency will increase slightly.

Now is the final sprint, by now, first of all, you must have a firm grasp of what you are good at, and don't be anxious about what you are not familiar with, so that it will not do you any good, find some tips to solve it. There are also some formulas, ancient poems and so on.

Learn this method and make your learning efficiency super high.