How to study physics to be rigorous? How to learn physics well

Three major thinking in theoretical physics: 1. Abstract inductive thinking. This kind of thinking is often used to define transactions, and if it is strong, it is precisely defined.

2. Logical reasoning thinking. This kind of thinking is often used to reason out what you want to say about a detail. For example, the "principle of elasticity of matter" is deduced from "action and reaction forces".

3. Ask why you think. This kind of thinking is often used to ask questions and get to the bottom of things. Inspire people to find the right solution.

There are many aspects to consider in learning physics, first of all, you must have a good way of thinking, as the saying goes, you must have a brain to learn physics, especially the physics of the university is very difficult, their experimental process is very complicated, I often hear some people say that the laboratory is not to be underestimated, because once a problem occurs, it will be a serious accident, so you must maintain the study of physics with a serious and rigorous scientific attitude, so as to make your physics get a great improvement.

As long as we maintain a curious heart, pay attention to observe their own natural phenomena and life phenomena, and look up at the sky, you will find that the physical force and heat, electric light source, which is everywhere in my life.

Interest is the motivation to learn, and then learn physics well, you can collect physics with your classmates and do experiments with your classmates, preview is the guarantee of learning physics, through the preview you can learn the knowledge more start the class, be prepared, have the role of failure fairness, but you should consolidate in time, and do some exercises, this problem you have to be able to study in depth, how to better solve the problem, in order to better consolidate knowledge, improve grades, There are opinions suggesting that it is different from mathematics to emphasize that the formula solution must have the necessary text explanation, and the result cannot be used. There are units and so on that are places where points are lost due to lack of rigor.

If you want to be rigorous in learning physics, I think you have to have a high learning attitude towards physics, and then you have to be serious about physics, and then some knowledge points in the team must be stuck to the end, and you must also seriously understand some things you don't understand, so as to make your physics more rigorous.

When learning physics, we often use a lot of formulas, some formulas have no connection on the surface, but there are some connections inside, if we privately deduce the formulas and find out the internal connections of these formulas, then we will be like a fish in water when doing problems.

I think it's important to have a very serious attitude at the beginning. The second thing is to seek truth from facts, don't bluff and engage in useless things. I think the most important thing in doing academic and research is to be conscientious, responsible, humble, and then delve into research.

Doing a good job of pre-class preparation is the premise of learning physics, active and efficient listening is the key to learning physics, timely sorting out notes, doing a good job of practice is to consolidate the understanding of biochemical activation physics concepts, transform knowledge into the ability to solve practical problems, so as to form an important way of skills and skills, good at reviewing and summarizing, can make the knowledge learned bypass.

In fact, you can learn the rigor of physics when you study physics, and you can't always understand the principles when you learn physics, and you may go out to talk about it when you are in high school, and then the teacher will say that you don't care about these things, but you still have to learn physics well.

1.A correct understanding of basic concepts is the most basic requirement for learning physics well.

If you don't understand the basic concepts correctly, you will not be able to move forward in physics.

Only by clarifying the most basic concepts and laws can we proceed to the next step of physics learning. For those concepts that are easy to misunderstand, stop and ponder when reading the book.

It is necessary to be good at making analogies of knowledge points. That is to say, when studying physics, you must think.

2.Do more practice questions and master the types of questions.

In addition to thinking hard, you should also do more practice questions, master the types of questions, and know which physics laws to use when you see the questions.

For the wrong questions brushed out, you must ask to understand, not only to understand how to do it, but also to understand why your own method is not good, the fault is **, or you **did not think of it, **analysis is not comprehensive.

It's best to discuss with your classmates or teachers to see what other people's analytical ideas are. It would be more effective to learn from it.

3.Emphasis is placed on physical experiments.

Mathematics is different from physics, which mainly solves specific problems. Therefore, when studying physics, it is also necessary to pay attention to the analysis of practical problems. In the process of analysis, students develop their practical hands-on ability, spatial imagination ability and ability to solve problems in strict accordance with the steps.

Many children think that in the classroom, the teacher understands what he says, but it is not enough to understand, there is still a big gap between understanding and solving problems, learning is a repeated process, and more review, training and experiments should be carried out after class, and the problems and mistakes should be summarized frequently.

Physics is a relatively logical subject, and if you want to learn it well, you can't rely on rote memorization, and the focus is on understanding. Understand its basic definitions, basic formulas, and logical relationships before and after, and then add appropriate exercises.

Physics and mathematics are similar, they both have fixed question types, and all the questions are designed to test your application of a certain aspect of the basic knowledge you have learned, so you should be good at summarizing which questions and which questions are of the same type, and which basic point is examined in this question. You can't just do the questions with your eyes closed, sometimes you can calm down and analyze carefully, and you will definitely gain something.

The wrong question set is the magic weapon I want to recommend, you will be wrong in this question, which means that you have not mastered some of the points examined in this question, and you may be wrong next time. So be sure to analyze the wrong questions, what to examine, what basic knowledge corresponds to, why I was wrong, I didn't notice anything, have I done similar question types... Annotate with an eye-catching pen.

Always look at the set of mistakes.

It's important to practice in moderation, and find a workbook with a moderate level of difficulty.

The teacher's exercises in class must be mastered, the class time is 45 minutes, very short, time is precious, he will get the questions in class are the basic points and key points, must understand and master.

Finally, I would like to say that the basic points in the textbook must be understood and mastered.

I wish you all the best in learning it.

To put it simply, it is not difficult to be good in physics. Key points:

1.Doing questions is not about the amount of questions, but about doing a question, knowing a question, and knowing a type of question.

2.Summary, continuation, after completing the question, you need to summarize, summarize the knowledge points used, and the ideas for solving the problem. It will be much easier to encounter similar problems in the future.

3.To understand, many formulas, and methods, can be ingenious, such as friction work, and you need to understand the skills in solving the problem yourself.

Physics is really not easy to learn, I hope you can learn it very well Don't be afraid, if you really can't do it, you can pile up the sea of questions, and the sea of questions is also effective. It is better to have your own summary and understanding.

In fact, there is no good way, the most important thing is interest, hehe! In fact, I am quite poor in physics, so I say it only because I am also biased, if you treat physics with the attitude of treating the subjects you like, you will find that in fact, physics is also a subject you like, which is easier said than done! Sweat!

The formula must be memorized, and then it is necessary to do more questions. There is no other way, and there is only one solution to a good way to do physics in high school, and that is to do more problems

Understand the connotation and extension of knowledge

I think you have to do more questions to learn any one of the sciences, whether it is mathematics, chemistry and biology, when you do a certain stage, some things will be practice makes perfect, easy to come, this is my experience, I didn't like mathematics before, but for the college entrance examination, I can only learn hard, the teacher and classmates told me to do the problem, and then my mathematics can test more than 140 every time, a lot of formulas are all in the brain, hehe, I also hope you can be like me, and finally like mathematics and mathematics. Come on!

Familiar with the formula, physics is practiced, because the topic is ever-changing, as long as you are familiar with the use of formulas, any topic is a floating cloud.

Listen carefully in class and complete homework carefully. If you are not ashamed to ask, you have to ask if you can, you can't delay, and treat every homework as an exam, I believe it will be possible.

Think physics as geography, geography as cartography, maps as maps, you know.

Study hard and make progress every day.

Observe the things around you. Be a caring person.

If you don't have skills, you can learn it well by studying and practicing hard.

Be good at observing everything in life and carefully analyze how it works.