Seeking a high school year for the study method of science Thank you

The first year of high school is the time to lay the foundation. Everyone's learning approach is different.

A reminder. The first year of high school is really important. The ranking of the examination in the first year of high school is basically the ranking of the three years of high school. I have a deep understanding. Maybe the teacher has positioned you, and he has positioned himself. So try to study hard in the first year of high school.

I'm good at science, but I can't speak English or anything. I'm a girl ==

My study method is to take basic notes, such as formulas or something. See more. Formulas or something are important.

If you do the wrong question, read the answer and understand it, do it yourself first, but don't keep sticking to it, and give up if you don't have a thought about a question for about half an hour. Waste of time. Look at the answer to find ideas.

I don't have an idea, I don't know why I did it, and if I don't understand it, I will let others tell me. Don't let someone else talk about it as soon as you come up. Then you follow someone else's train of thought.

Not next time.

Do it again after someone else finishes it or finishes reading it.

Make mistakes more than twice on the inscription on the point. Do these questions again on your own before the exam. Don't be in a hurry about the exam.

Take your time, it's okay if you can't do it, you have to do it right. But you have to take a general look at it first, and do what you know first. It may be slow at first.

Later, when it is ripe, it will be fast.

Forehead. Science is all about writing, arithmetic, and drawing. Don't just look. Useless.

Forehead. This is my learning method. It may also have something to do with personality. It's very energetic to do it yourself. The teacher made me impatient to listen to her, so I didn't inquire in class, and I kept wandering in class. So science is good, liberal arts is weak.

A perfect score of 150 in mathematics in the college entrance examination. I was around 130, math was very difficult that year, and the top student in our school didn't seem to be 140.

English is 150 out of 150, too, and it seems to be more than 90 points ==. But English was very simple back then--。 There are a bunch of high scores in school. The champion doesn't know. Just knowing that the average score is more than 120 - now in a hard work of two books, so the partial subject is also very hard == everything is hard to learn.

1. Learn to improve the efficiency of the classroom, and the method of learning in class is mainly to listen carefully; Take good notes.

2. Learn how to solve problems in science.

There are three steps to doing the question: think about it, do it, and take a look. After seeing the question, think about what basic knowledge it involves, what basic methods do you want it to test?

It's not good to get the problem and do it with your hands, it's very blind, it's a waste of time, you can't do it, think about it and then do it, whether you can do it or not, you have to do it, look back, is there a better way, how the book says, how the teacher does it, recall, associate and guess, so that a comparison, you can understand a lot of things.

For example, when you want to prove or solve a certain problem, you must first distinguish which propositions are conditions and which are sought (or proven), correctly understand the written language and the problem situation, and translate them into symbolic formulas word by word to grasp the intention of the problem. After clarifying the obvious known and unknown (demand conditions) in the question, it is necessary to dig into the implicit conditions in the question, get rid of the shackles of life experience, and overcome the thinking barriers.

For example, the phenomenon that the table does not move is thought to require force to maintain the motion of an object, even though the teacher has already explained Newton's first law. Actually, this was a false experience.

When you find out the relevant information in the question, you generally start from the conclusion you are looking for and analyze what conditions are needed for reverse analysis, find a way to solve the problem, list several correlations, and then solve the answer. If the given conditional conclusions are complicated, they should be analyzed after equivalent simplification, and then the problem can be solved step by step after being reduced to the model of the typical problems learned. There are many problems that can also be solved by indirect methods, sometimes using the definition method, the first method, the parameter method, the counter-proof method, etc., which can be unique and quickly solved.

When answering questions, it is necessary to be rigorous and standardized, step by step is grounded, and the discussion should be clearly classified and not repeated or omitted. Learning to solve multiple problems can deepen the understanding of the problems learned and the application of knowledge, and improve scientific literacy.

3. Learn to train, review, consolidate, and summarize.

Science lies in the method, first of all, you have to read the book thoroughly, you have to be able to do the questions after class, and then you need to do more questions and summarize the question types. The best way to learn science is to use your brain, think more about why, and grasp the principles and formulas.

Learning is an accumulation thing, don't be anxious, start from the basics, don't be high-minded. The most important thing is the example questions in the textbook, don't do the college entrance examination questions in the first year of high school. Because the college entrance examination questions are too comprehensive. will hit people. Remember; Persistence Persistence,

Just follow in the footsteps of the teacher, the teacher's experience in reviewing with students is summed up over the years, you must believe in the teacher's experience, and don't do difficult problems, pay attention to the basics, and the general method.

It is not required to be fast, it is required to be stable, and the modules of one knowledge point and one knowledge point are well divided, and the same is true for breaking the science subjects one by one.

Liberal arts subjects are just more memorization and more writing, don't be lazy.

Keep a more diary and memorize a few more words.

Do more questions. The most effective way. Learn to organize when you're done.

First of all, listen carefully to the teacher's lecture, but also understand the text thoroughly, but not the same rote memorization as the liberal arts, and finally do more questions.

Read the textbook first.

Doing homework exercises.

Finally, if you can, read the "Complete Explanation of the Textbook".

First of all, listening to lectures in class is the key, as the saying goes: 2 hours of self-study is not as good as a teacher who speaks for 10 minutes. Secondly, we must do a good job of after-class preview, the so-called is to do more exercises, and the more questions I do, the more I will understand the concept of knowing the situation.

The performance of lack of motivation is a lack of self-confidence, first of all, position yourself, build up self-confidence, and secondly, I am talking about how you go about learning, I think it can help you:

What you have to do now is to make reasonable use of your time, and not be arrogant and impatient to thoroughly read your textbooks first, otherwise, it will be impossible to improve later. Do a good job in each question, take good notes, summarize the problem, even if it is a small problem that cannot be solved, you must ask the teacher and classmates, and learn to draw inferences. Memorization involves every point of our knowledge, and finds out the difficulties, doubts, and key points.

When you grasp your foundation, buy a five-year college entrance examination three-year simulation to strengthen your knowledge points, and on the premise of a solid foundation, you can do the first document of the college entrance examination, or 38 sets of Tianli to improve your overall knowledge points. Of course, you can't blindly study hard, you have to give yourself a study schedule, persevere, and calculate how much you can improve in each subject according to the daily progress scores?

Secondly, a copy of the study plan is attached:

1: Make your own study plan in advance.

2: Review, preview, summarize, and take notes in advance.

3: Familiar with every knowledge point we are involved in, ask if you don't understand, do more, practice more.

4: Do a good job in each question, summarize it, and learn to draw inferences.

5: Change from passive to active follow-up every time.

If you don't understand something, even if it's very simple, you have to understand it, and you must not be embarrassed to ask teachers or classmates because it's simple.

Listen carefully in class and practice more after class.

Mathematics: Theorems in textbooks, you can try to reason on your own. This will not only improve your proof ability, but also deepen your understanding of the formula.

There are also a lot of practice questions. Basically, after each class, you have to do the questions of the after-class exercises (excluding the teacher's homework). The improvement of mathematics scores and the mastery of mathematical methods are inseparable from the good study habits of students, so good mathematics learning habits include:

Listening, reading, **, homework Listening: should grasp the main contradictions and problems in the lecture, think synchronously with the teacher's explanation as much as possible when listening to the lecture, and take notes if necessary After each class, you should think deeply about it and summarize it, so that you can get one lesson and one lesson Reading: When reading, you should carefully scrutinize, understand and understand every concept, theorem and law, and learn together with similar reference books for example problems, learn from others, increase knowledge, and develop thinking **:

To learn to think, after the problem is solved, then explore some new methods, learn to think about the problem from different angles, and even change the conditions or conclusions to find new problems, after a period of study, you should sort out your own ideas to form your own thinking rules Homework: to review first and then homework, think first and then start writing, do a class of questions to understand a large piece, homework to be serious, writing to standardize, only in this way down-to-earth, step by step, in order to learn mathematics well In short, in the process of learning mathematics, It is necessary to realize the importance of mathematics, give full play to one's subjective initiative, pay attention to small details, develop good mathematics learning habits, and then cultivate the ability to think, analyze and solve problems, and finally learn mathematics well

Chemistry: Mainly to memorize some properties, write equations, etc. Textual things, you can take a look at it and memorize it.

The key to theoretical things is to understand, and if you understand it, you will be able to draw inferences from one another. For example, in a chemical equation, in order to write a correct chemical equation, you must first write the chemical formula of each reactant and product, and in order to write the correct chemical formula, you must understand the valency. If you just rely on rote memorization, it is still easy to forget when it comes to the exam, and understanding is the most important thing.

So you have to memorize more practice questions, such as multiple-choice questions, the teacher gives you some special properties to choose, so more practice can invisibly help you remember. The effect of light memory is not good. The more you practice the nature of those special substances, the more you will remember.

The big topic is reasoning, writing equations, and with a good foundation, you will not be afraid.

Physics: Mainly the understanding of concepts and formulas. For concepts, you must grasp them well, and doing more multiple-choice questions will help you grasp the understanding of concepts.

But you must take each question seriously and understand each option when you do it. Calculation questions are accurate formulas. So be especially aware of the meaning of the formula.

Practice more, the questions are actually many similar.

Don't lose faith. You have to believe that hard work will lead to success, and confidence is the source of vitality for all success. I think you may not have a good grasp of learning methods.

Mathematics, mainly to do problems, the questions are done enough, natural practice makes perfect, I feel that it is very important to have a wrong question book, you may not have to write down everything, pick the key points, summarize the types of questions, do not memorize, do not pick the problem, pay attention to the foundation, solve the problem speed, I think you can start from the most basic question type, steadily improve.

English and Chinese pay attention to daily accumulation, make a plan for yourself, such as memorizing five words a day, doing a reading, a gestalt, and then reading a full-score essay, and making a reading highlight essay material or something.

Physics and chemistry should understand the meaning of the questions, do more questions and pay attention to induction, as long as you follow the teacher's review, it will not be a problem.

Creatures must keep up, and they can't be left behind when they first start learning.

There is also a must keep sleep, you must know that the teacher talks about the most essential things, class is particularly important, now don't stay up too late, to maintain enough energy, at the beginning of not to be left behind by others, do not regret later, to maintain sufficient energy, strive to digest in class, go home to save time to recuperate!

I'm a sophomore in high school this year, and I often say to myself that I'm just as good as them, I'm 200 now, and I have higher goals now, and I'm full of motivation. I hope you can also work harder and strive for a happy life for yourself in the future.

This is all I typed out little by little, and I have summarized it in the past few years, I hope it will help you!

Believe in yourself and you can do it!

I wish you progress in your studies and go to the next level! (

If you don't understand, ask again, please adopt it in time, thank you!

Only do more questions, there are no shortcuts, take notes in class, and if you can't, you must ask the teacher in time, don't accumulate questions.

Mathematics and physics need you to summarize and learn, write down your mistakes, and then strengthen and consolidate, chemistry needs to do problems repeatedly, master those similar knowledge points, biology needs to memorize more, chemistry is annoying, physics is difficult, biology is complicated, science needs a strong understanding and self-learning ability, science grades are also piled up in the sea of questions, so you have to do more questions, more summary.

I think you have to do well in science.

Experimentation is essential

If the school does not arrange many experimental classes.

You can ask the teacher to make a request after class.

In addition, chemical equations must be memorized.

Accumulate a little bit every day.

After a while, you will find that you are much better than others.

Creatures should grasp the key back.

Physics memorizes the formulas.

Do more questions and use them skillfully.

In short, it's easier said than done.

But if you keep it.

I'm sure you'll get good grades