Can anyone give me some good ways to learn physics?

It's not often that you're talking about that.

I think it is worrying that an excellent student will have such a serious deviation before the high school entrance examination.

First of all, I think and am a smart student because you are excellent in math and chemistry. But at the same time, I can vaguely feel that you, a relatively lazy student, often need external encouragement in your daily life in order to effectively exert your energy.

Second, your physics teacher is an excellent teacher, and not all teachers can do it to be humorous in physics class.

So if you want to improve your physics scores in a short period of time, or do a good job in the high school entrance examination, first of all, you must change this idea from your mind, listen carefully in class, and carefully complete the homework assigned by the teacher.

First of all, I think the foundation is the most critical, so we must listen well in class, do a good job of previewing, understand it ourselves, whether we understand it correctly, then use the exercises to prove whether it can be correct, look at the textbook, and figure out the definition of theorems. Our teacher said that the difficult problem is piled up by a lot of simple questions, including a lot of knowledge points, and you can't do it if there is a little blur, so it feels difficult, if you understand it simply, the difficulty will naturally be made step by step.

There is also to review and do the exercises in time, test whether our understanding is correct, do the questions must think independently, don't ask others at every turn, it's not interesting, you can start with what you ask, and find the amount you need, you can generally come up with it, the more you do it, the more interesting it is, the more interesting it is, the more you do it, it's a virtuous circle!

Finally, you should communicate more with your classmates and teachers, ask questions clearly if you don't understand, and give more lectures to your classmates, so that you can learn from teaching!

First of all, you have to get rid of the problem that you don't really want to listen to physics class, and there are always extracurricular extensions that you can't hear if you don't listen to the class anyway. There are many knowledge points in the physics exam that are not summarized in the textbook, and the teacher will tell the students these summaries. And in physics class, you can't have the idea of deserting for a while, and you may miss some important things in a while, although distraction is normal, but it should be corrected in time.

It is necessary to memorize the formulas and knowledge points, memorize the question types, and do more questions, so that you can use the formulas and knowledge points very skillfully, and you will have ideas and clues to do when you encounter questions about this formula and knowledge points.

I was good at physics and bad at math and chemistry.

It's almost time for the high school entrance examination, follow the teacher to review, buy a reference book, read word by word, to understand, in fact, you don't need to do too much about the questions, the key is to understand! Follow the teacher step by step, you should enter the review stage, right? We're all in round 2 of revision.

Do the question, summarize from the question, and then remember, understand. Because there is no time to start from the basics.

Physics is all about learning to take notes, and going through them often.

The key to learning physics is to use it flexibly, memorize the formulas in the book, keep in mind the process of pushing each formula, and seriously consider applying the formulas when doing problems.

Physics is not difficult to learn. On the one hand, it is due to talent, but the most important thing is to rely on one's own efforts. Important formulas must be memorized, and the basic concepts in the textbook must be fully understood, and it is recommended to do some simple questions to understand.

Analytical physics problems require a clear idea to list formulas.

Physics is an experimental science, it is not like English, it focuses on memorization, it is not like mathematics, it is pure, very rigorous reasoning, and the further you go to the back, the higher and deeper it is, it feels more and more invisible and untouchable, anyway, it is reasoning. Physics, on the other hand, is different, although it needs the help of mathematics, but a lot of it is the thinking and analysis of real-life phenomena, thinking about its principles and laws, will not use too deep mathematics, anyway, mathematics is not a very good person, it is likely that physics can be very good. Therefore, you should maintain a heart that loves to ask why, a heart that loves to ponder, you should feel that it is still full of fun, and feel that if you learn well, you will have a sense of accomplishment, so that you are more willing to learn.

It's not as good as mechanics, force analysis is the soul of mechanics, formulas are used to solve numerical values, the most important thing is how you understand the whole process of physics, in memorizing formulas, just like mathematical application problems, calculation is a tool, when you realize that physical formulas are actually a kind of problem-solving tools, you have already started physics! Real physics is an understanding of the development process of things, don't see it as a mechanical discipline that ends with memorizing formulas, and learn physics with this kind of thinking, not only easy to learn, but also to like physics!

Back Formula 2Do the questions, and you will get the questions wrong.

3.Memorize the knowledge points taught by the teacher.

I wish you success in your studies!

The understanding of concepts cannot be merely memorized. When faced with a new physical quantity, it is important to understand its role in the actual problem solving. The application of the concept, after understanding the concept, there is no major problem with its application.

The solution is to grasp that every sentence in each question is giving you conditions, as long as the conditions correspond to the physical quantities, and then substitute them into the corresponding formulas, you can solve the answer. In the various chapters of physics, except for optics, which are relatively independent, the others are very closely related, and care must be taken to connect them with each other.

When doing exercises, especially science exercises, it is necessary to grasp the relationship between quantity and quality, and mainly focus on the quality of the questions. I never bought exercises during high school, and the main thing was to summarize the solution ideas for each problem after completing the questions in the book and the questions given by the teacher. Analyzing physical processes is the process of abstracting processes into physical quantities and using mathematics to solve problems.

You should listen carefully in class, and as for the learning method, you should adapt the learning method to yourself, rather than allowing yourself to adapt to the methods that others use well. Think more and ask more questions when doing questions. I have always been very slow to do the questions, but every time I finish the questions, I look at how I arrived at them, see what I can learn from in the future, and achieve the effect of drawing inferences from one another, instead of forgetting about them after I finish them.

In this way, the time for the exam is fast, unlike others, and when it comes to the exam, they are busy deducing. Ask questions immediately when you make mistakes, discuss problems with teachers and classmates, and don't be shy. Review over and over again.

For reference books, students who do not have very good grades should look for books that have better analysis and summary when buying, rather than books that simply give answers.

High school physics and junior high school physics are not slowly climbing in difficulty, but extremely improving. Just because you are good in junior high school physics does not mean that you are good in high school physics. But since it's a discipline, there must be a way to learn it well.

Physics is the leader of science in high school, and it is very important to learn physics well. The study of physics is also quite impressive after my study this year. I won't talk about feelings here, but just talk about methods; Prepare a notebook, it is important to take good notes; After class, you should do the questions carefully to ensure that they are all right, which is the basis for improvement, think about how you can improve if you can't even do such a simple question as the textbook?

Choose a reference book that suits you, and it's all up to you to preview and review. Pre-study is important! Buy a set of exercises that suit you, and if the school has one, you don't need it.

What I want to say here is that the question should not be passed over once, high school physics is about repetition, and by repeating it many times, you will get twice the result with half the effort.

To answer the three basic concepts, we must be clear, we must be familiar with the basic laws, and we must be proficient in the basic methods. In the process of learning physics, it is very useful to summarize some concise, easy-to-remember and practical inferences or assertions to help solve problems and learn physics well. 2 11 Do the questions independently, independently (meaning not relying on others), and do some questions with quality and quantity.

Solving problems independently, sometimes slowly, sometimes detours, but this is the only way to success. 3 11 The physical process should be clear about the physical process, and there will inevitably be hidden dangers in solving the problem if the physical process is not clear. Regardless of the difficulty of the topic, try to draw as much as possible.

Drawing can transform abstract thinking into figurative thinking and grasp physical processes more precisely. With graphs, state analysis is fixed, dead, and intermittent, while dynamic analysis is alive and continuous. 4 11 In class, you should listen carefully and not get distracted.

5 11 Notebook class is mainly for listening to lectures, and there should be a notebook to write down some things. Knowledge structure, good problem solving methods, good example problems, things that you don't understand well, etc., should be written down. After class, I also have to organize my notes, on the one hand, to "digest well", and on the other hand, to supplement my notes.

6 11 Study materials should be kept well, classified well, and marked. The study materials are categorized into practice questions, test papers, lab reports, and more. 7 11 Time is precious, and without time there is nothing to do, so be careful to make the most of it, and using time is a very high art.

8 11 To learn from others, we should learn from others with an open mind, learn from our classmates, learn from the people around us, see how they learn, and often have "academic" exchanges with them, teach and learn from each other, improve together, and never be self-righteous. 9 11 Knowledge structure should pay attention to the knowledge structure, and it is necessary to systematically grasp the knowledge structure, so that the scattered knowledge can be systematized. It is as large as the knowledge structure of the whole physics, as small as the knowledge structure of mechanics, and even down to the chapters, such as the knowledge structure of statics, and so on.

10 11 Mathematics and physics rely on mathematics for calculations, and mathematics is too important for learning physics. Learn mathematics well and make good use of mathematics as a powerful tool. 11 11 Physical activity: A healthy body is the guarantee of good learning, and vigorous energy is the guarantee of high learning efficiency.

The key to learning physics well is understanding. It is important to understand the changes, variations and applications of formulas. Don't memorize it, you can memorize it and you can't use it, you can understand how much you can count.

In the theory system, physics is biased towards reason, and biochemistry is biased towards memorization. You need to develop your interest in physics and improve your self-learning ability after class, the latter is especially important, and you may have to admit that you can not absorb much knowledge in class, as for many reasons, most of the knowledge is self-taught after class. Don't do every question, you just do 35 percent, so you have 65 hours left, take 30 to think about the questions you do, 20 to read physics-related readings, and the rest to do what you like.

I hope my previous method can help you.