The best way to study science in high school 3, and science skills in high school 3 study method

I just finished the college entrance examination, although my grades are not top, but I hope my advice will be helpful to you.

For mathematics, a round of review is the most important, the knowledge points that the teacher talks about in class will run through your entire review, be sure to take good notes without affecting the lecture, it will play a great role in your sprint stage.

As long as you are willing to make full use of the fragmented time, it is not a problem to solve these basic knowledge. There is also composition, which is very important, to ensure that you get more than 50 points, which requires a lot of pay, in fact, this is based on the usual accumulation, now, it is still necessary to improve quickly, it is recommended to use the composition tree series edited by Mr. Kong Qingdong, which is very good! It is useful to memorize some flashy beginnings, and deep endings.

English, less than a year away from the college entrance examination, is to memorize a large number of words and sentence patterns, the composition should be written clean and clear, I actually never learn English, is to memorize a short essay every day, the third day requires yourself to even memorize all the dictation, a year later, you will definitely be proud of your English results!

Physics, to understand each model, each model has a fixed solution idea, I think physics is actually dead, as long as those model problems are done well, there is no problem at all. Finding a teacher and discussing ideas with him will make your mind more flexible.

Chemistry and biology, just remember it, don't wait for the teacher to review where you go, you will follow, no matter which course, don't break away from the textbook, blindly pursue the reference books, you will suffer a big loss! Combined with the textbook, summarize the knowledge points by yourself, make a review framework, and find out if you have summarized when you do the questions, and then add them, so that biology and chemistry are done.

You may have just reviewed now, a little nervous, in the review process, don't stay up late, useless, make good use of all the review time during the day, it's enough. It is inevitable that you will encounter difficulties, don't worry, this is what you must experience, you must know that success is hard-won!

Finally, I wish you the best of luck in the coming year.

Zi said: Learn and learn.

Grab a book, open the table of contents, and remember what each section says. Then open the book and go through it from beginning to end, and finally take out a notebook, close the book, and write down the knowledge network you remember.

Learning Methods Network:

Let's take a look and see what will help you, here are a few of my suggestions:

Physics: Treat this subject with a positive attitude, and do more experiments to deepen your understanding of knowledge. If you don't understand, you have to ask the teacher, learn not to be ashamed to ask, physics is not like other subjects as long as you memorize by rote, it needs to use more brains, think hard, and have the courage to study.

And you can't be hot for three minutes, you have to persevere, and you should do more exercises, and then carefully look at the answers and pay attention to understanding.

Chemistry: I think chemistry is the easiest and most interesting of all the disciplines out there. However, it must be based on solid basic skills and the accumulation of bits and pieces of sporadic skills.

Now is the critical stage for us to lay the "foundation", because we have studied other disciplines and have a certain understanding, while chemistry is still blank, so if the basic skills are not solid, it will be extremely painful to study in the future.

Mathematics: First of all, the double-base problem should be put in place, that is, the formula should be memorized. Secondly, it is necessary to use a research attitude to do the problem, draw inferences from one another, and through the practice of typical questions, to sort out the problem of problem solving.

It is also necessary to find out the weak points according to the individual's situation and work on the weak areas. The big questions in the exam, students are more likely to omit the key steps of getting points, the big questions are composed of question groups, the first question is generally not difficult, must not be ignored.

Biology: Clarify concepts, do a variety of different questions, and build a knowledge network.

Math: Practice makes perfect, do more.

A knowledge point is trained with a series of questions related to this knowledge point, and the formula and knowledge point are not memorized by rote, but by you to consolidate the topic to achieve the effect of proficiency. That way, you won't forget what you're trying to remember.

That's how everybody came here! I was the same at this time last year. It's tiring at first, but then you get used to it unconsciously.

Rise and lose oxygen, drop and return" This mantra must not only be memorized, but also fully understood. Don't be nervous, throughout the third year of high school, you can basically practice well, and those who don't practice generally don't take the test, and then you will be able to distinguish the importance of each chapter and each question type.

There's a good one in there, you can check it out.

Pay attention to pre-class preparation.

If you have sufficient pre-class preparation, you can listen to the lecture in a targeted manner, and listen to the key points that you have not understood in the preview, so that you will not be unable to keep up with the teacher's train of thought, and you will be able to save money when you listen to the class. The habit of paying attention to the pre-study is necessary and must be adhered to for a long time in the study of science. It is recommended that you buy this textbook to analyze and study synchronously, study more example questions and wrong questions, and don't try to do questions, because if you don't study the questions thoroughly, you will get more and more tired and lose your interest.

2. It is necessary to pay attention to the content of the teacher's lectures, that is, to concentrate on understanding the basic concepts taught by the teacher, to deeply understand the meaning of each concept, to quickly sort out the ideas of the example problems taught by the teacher, to see what the differences are in the teacher's solutions, to quickly judge whether it is right or wrong if it is different, to find out the cause of the mistake if it is wrong, and if it is the same, it is better to find other methods, and to sum up other methods to solve this kind of problem. Don't think that the teacher is simple and don't listen.

3. It is necessary to attach importance to the extracurricular homework left by the teacher, and when doing the homework, we must be diligent in thinking and taking it seriously, so as to find ways to solve the problems.

4. In the practice of quantitative exercises, the questions should be selected, and some typical questions should be selected, and in the process of doing, pay attention to the solution of the problems, not only the pursuit of quantity, and the ability to understand the problems will be mentioned, especially to often sort out the wrong questions and carefully study the loopholes in learning.

5. It is necessary to pay attention to the summary of science chapters, connect scattered knowledge, and thoroughly understand and integrate the knowledge that is easy to confuse.

6. If you want to study science well, it is not something that can be learned well in a day or two, and you must be prepared to endure hardships, because science is a subject that emphasizes foundation, strengthening, and consolidation, and it is impossible to study science well without hard work.

I think the most important thing is to understand every question you have done thoroughly, especially the questions you have done wrong, you must figure out whether you have not figured it out, see if you have missed the knowledge points, have not understood, or have not figured out the routines of certain types of questions.

Remember, it's not about the number of questions, it's about asking yourself how many questions you understand.

Then you really have to start from scratch, first understand the basic knowledge in the textbook, you must know the basics to do the questions, and then there are a lot of connections. Don't be in a hurry, you just practice over and over again, and the more you practice, the more you will be.