What is the best way to learn physics?

I couldn't learn physics well before, but when I changed teachers in my junior year of high school, I obviously felt that I understood more. In fact, he didn't have a special method. First of all, you have to be very familiar with the theoretical knowledge of the basics of physics.

Do more questions. Be targeted. Don't write blindly Before doing the question, analyze the known conditions of the question, what is required, and analyze it step by step according to what you have learned.

For example, if you ask for result x, you have to find a, and if you want to know a, you have to find b and cAnd then b.

c..Step by step reverse thinking. Finally, push to the known condition.

Isn't that simple? If you're skilled, it's a quick process. In fact, physics has not changed much in the past, so it is necessary to make you proficient in a large number of questions.

The key lies in that analysis process].

The first thing you have to do to learn physics is to understand it deeply, and if you don't understand something, even if you do it well, you are blind. Think about our 21st century, the progress of our science and technology, the progress of our living standards, are closely related to physics, physics is a very interesting subject, you will find it interesting when you learn it! Don't memorize it, that's not good, learn and use it.

The teacher only leads you students through the door, but the quality of your practice is up to you!

Physics is the most difficult science to learn, but it is also the most interesting science, like Newton. Albert Einstein was both a physicist. Therefore, we must first cultivate interest, do more experiments, and then need to do more problems.

Read the reference books on your own and think more about how I learned, and my teachers were like that at that time.

Listen carefully in class, do more exercises after class, and become interested in physics so that you can learn physics well.

Hello, I don't know if you are junior high school or high school or college, if it is junior high or high school I can help you. It is very important to listen to physics lectures in class, because it can better understand various knowledge points, especially when you are not familiar with the knowledge, it is not easy to understand the principles by self-study. All that's left is to do some typical examples to help you understand and become proficient in the overall application of knowledge.

At the end of the day, understanding the principle is the most important thing. I used to get full marks in middle school physics, oh, hehe, I hope it helps you.

Learning physics is very process-oriented, a process of cognition, understanding, and application.

1.Cognition: Use the things or phenomena around you or even some examples narrated by the teacher to help yourself fully understand it and become interested in it.

2.Comprehension: Use understanding to memorize formulas, theorems, experiments, etc. It can be understood and memorized in clever ways such as visual thinking. For example, what is a vacuum can be understood in this way: a vacuum is really empty, there is nothing.

3.Application: One is to cope with the exam, and the other is to explain some physical phenomena around you.

So, when studying, first of all, don't be afraid, because your previous experience of not learning well may suggest something to you, which may lead to a vicious cycle for you. Try to tell yourself, "I can do it!! In fact, psychological suggestion is very useful!

However, in order to increase your confidence, it is best to do a good job of pre-study and be aware of it.

Secondly, you should follow the teacher's train of thought in class, take some notes appropriately, and write down some knowledge points that are not clearly stated in the book or even omitted and are easy to make mistakes. Take time out of class to practice more, don't prevaricate for any reason, thus giving up the best time to practice, which can only lead to tragedy in the end.

Last but not least, you must make sure to make a timely summary. For example, the paper of the last exam has been sent down, and although it has been carefully corrected, you still have to think about why it was wrong. How is the correct answer calculated?

Will it be wrong if I get it again next time? Wait a minute.

I think that through these study methods, I will definitely be able to learn physics well.

1.A deep understanding of the origin of formulas and theorems is crucial to the flexible use of a formula.

2.Repeated practice of the physical model, at least in the university is still applicable, otherwise a one-dimensional infinite depth potential well calculation for 10 minutes will not be able to disassemble the Yizi for half a day, and the heat engine cycle process cannot be judged, which will affect the thinking very much.

3.Pre-class preview, pre-class preview, pre-class preview [re-talk three], this will definitely help you follow the teacher's explanation in class. A limit condition may be mentioned by the teacher in one sentence, but to understand three pages of scratch paper, the class is not so long.

Physics is definitely a brain-burning thing, and all the teachers in our department who are in their 40s have hair loss [old dean?] Naturally, he is bald (if he likes physics, it may be easier to concentrate on the difficulties encountered than other disciplines [at that time, the one-dimensional barrier was dismantled, and he was happy when he came out].

Physics is a very flexible subject, and many times you may be able to read the answers at this time and come back a month later, or you may be confused when you encounter similar questions. Another point, because the discipline of physics is very dependent, for example, if you don't learn force analysis well, then it will be very painful to learn physics later, because the content behind is related to the knowledge learned earlier, so if there is something you don't understand, you must do everything you can to understand it.

High school physics is nothing more than the solution between force and velocity, whether it is electromagnetic force, electric field force, centrifugal force or ordinary constant force variable force, it will always have a certain effect on the object (cancel with other forces), or deformation such as spring-like compression, or motion.

It is very important to understand the subject of physics, first of all, to ensure the efficiency of the class, take good notes, and ensure that the knowledge points of the books and the teacher are not missed, and secondly, we must ensure a certain amount of training on the topic, and do the exercises in the class seriously.

Physics, still preview in advance, draw the parts you don't understand, physics is mostly formulas and understanding. There is basically no problem if you understand the formula and principle, if you don't understand, you must ask in time, and the teacher will not dislike any questions you ask. Even if you ask super simple questions, they will be happy.

Textbooks are very important, textbooks are really important Every time you preview or review, you have to read the textbook yourself Master the context of the following lesson, there are many teachers who don't mention the history of physics or anything else, but there are also five-point choices for the college entrance examination, and textbooks are very important.

To learn high school physics, you should read more textbooks. Graduate students studying physics should collect experimental data to understand the real thing!

Self-directed learning, passive learning of physics is not good, and it is also important to be serious in class, of course, a lot of practice after class is also essential. High school physics is different from junior high school physics, junior high school physics is relatively simple, but high school physics focuses on full understanding and induction, which are essential to become a top student. In the same way, we must learn to make analogies, compare complex problems with simple types of prototypes, find out the similarities and differences, and understand the principles, so that we can learn physics well.

As long as you are familiar with the characteristics of different forces, how they affect the motion (acceleration and deceleration circles), and then analyze the conditions in the question, why some forces are used here, or what forces may be the result of the motion of the object. When reasoning, it is necessary to flexibly change the analysis idea, and push forward according to the conditions of the question, if it cannot be pushed or the result is not unique, start from the problem and push it backwards.

Self-directed learning is most effective, don't let others learn according to you, that won't find any fun.

In physics, you should preview in advance, and the questions should not be less, some knowledge points are actually still a model, and if you do more, you will be proficient, and you will be able to set formulas. Physics is useless just by reading books, and only by doing questions can you know what you don't understand.

All in all, it is a combination of basic knowledge and logical reasoning, plus your own independent thinking.

During the summer vacation, you must take advantage of it, and it is recommended that you go to online classes, and you will be able to open up a big gap with others at the beginning of the school year. The quality of online classes is still relatively high.

High school is all about doing questions and thinking, in fact, the same is true for college physics majors.

Just play a set of experimental equipment.

1. Memory: In the study of high school physics, we should be familiar with the basic concepts, laws and some of the most basic conclusions, that is, the so-called most basic knowledge that we often mention. Students often ignore the memorization of these basic concepts, thinking that learning physics does not need to memorize these textual things, and as a result, when students are asked about physics concepts in the general review of the third year of high school, few students can say them accurately, even for students in cram schools.

I don't dare to say absolutely how much impact an incomplete memorization of physics concepts will have on your certain exam or a certain stage of learning, but I can definitely say that this will have an intrinsic adverse impact on your understanding of physics problems and the formation of your entire physical system knowledge. Therefore, learning Chinese needs to be familiar with famous sayings and aphorisms, learning mathematics must memorize basic formulas, learning physics must also be familiar with basic concepts and laws, this is the first prerequisite for learning physics well, is the most basic requirement for learning physics well, without this step, the following learning can not be talked about. 2. Accumulation:

It is the work after memorization in the process of learning physics. On the basis of memorization, we continue to collect a lot of relevant information about physics from textbooks and reference materials, some of which come from a question, some from an illustration of a question, or a short reading material, etc. In the process of collecting and sorting, we should be good at analyzing and classifying different knowledge points, and find out the similarities and differences in the process of sorting, so as to facilitate memory.

The process of accumulation is a process in which memory and forgetting struggle with each other, but it is necessary to make knowledge more comprehensive and systematic through repeated memory, and to make the connection between formulas, theorems, and laws more close, so that the purpose of accumulation can be achieved. 3. Comprehensive: Physics knowledge is divided into chapters and sections, and the content that can be required by the physics syllabus is also piece-by-piece, which is not only related to each other, but also different from each other, so in the process of physics learning, it is necessary to continue to carry out small synthesis, and then carry out systematic synthesis after the knowledge of the third year of high school is completed.

This process requires students to have a higher ability, the content of the chapters is interconnected, and the different chapters of the e-commerce database can be compared with each other, so as to truly integrate the knowledge before and after, and connect it as a whole, so that they can gradually find the connection of knowledge from the synthesis, and also find the interest in learning physics knowledge.