I feel that I am not good at physics, what should I do, scared and sad

First of all, we must learn to prepare, we must be down-to-earth, we must not be proud of the little progress we have made, and we must not lose confidence if we do not learn well, we must be motivated,,, we must concentrate on class, and do not desert. Homework is done conscientiously, and it is regarded as your favorite subject, and down, you don't know how to ask teachers and classmates for advice, or read books carefully. . . To learn physics, the most important thing is not to make a lake, to calm down, you also need to have a spirit of exploration, to strive for excellence,,, and also, you have to accept your physics teacher, to think, he is the best, you are the best...

It's only been half a year since three years of high school, and only one semester has passed. You know, high school physics is difficult to learn, from junior high school to high school is a big step, at first you will not adapt, it is normal to learn badly, but if you continue like this, the more you don't learn well, the more you are afraid to learn, the more you escape, the more you can't learn well, the vicious circle, you must be over, it's not too late to work hard, while there is still a period of time at the beginning of school, make up for the knowledge points of the previous semester first, and do simple homework first. In the next semester, make a lot of efforts to keep up with the pace of the teacher, and persist for a long time, you will definitely improve gradually, but you must be persistent and persistent.

Don't worry, lad.

1. Check the job yourself.

2. Do some housework.

3. Don't set the time, set the amount.

4. Slow down.

5. Reduce fatigue.

6. Prepare a notebook of mistakes.

7Think twice before acting.

8. Look at the question 3 times from the teacher's point of view.

It's not too late, I didn't like to study before, and I didn't listen to the lectures seriously, junior high school physics skimming, high school freshman also skimming, until the second year of high school was sensible, I began to study physics seriously, and my interest came, and I surpassed the previous people in one semester. That's how I got here! Not only physics, but also chemistry, I also learned this, and I will honestly tell you that I don't know what elemental matter is in chemistry in my first year of high school!

Physics is very simple, and they are all basics, the college entrance examination is almost not so simple, the key to physics is to understand, just remember those formulas, don't put your mind on worrying, take your time, if you believe me, I give a suggestion: as soon as you are free, go to the physics teacher to ask questions, any topic, you can ask what you will not and will, but you should think about the topic yourself before asking, don't pretend to understand, don't be afraid of making a fool of yourself in front of the teacher, if you can persist for a month, You'll be in the top 10 of your class in physics, do you want to give it a try???

Work hard during the holidays, since you want to choose science, then you should work hard, since your physics foundation is poor, then start with the simplest concept, first understand the principles, and then you can ask a tutor to tutor, so that you may also be able to raise your interest and fighting spirit in physics, do more questions, think more, learning is a thing that pays a point, there is nothing to be afraid of.

Of course! You have to try to get in touch with something new and find a way to be optimistic and set a goal, such as going on a trip, the difference is obvious, but it's not a foregone conclusion! As long as you want to do a good job and have determination, you will get better! Firm Faith!! Have fun!

The first is the issue of mentality, self-confidence must be there. Physics classes are not very important, and teachers can't teach too many things, the main thing is to experience it by themselves, and homework must be done by themselves. To summarize the mistakes, the grasp of knowledge points and the understanding of concepts are the most important, and they cannot be memorized.

First of all, it's only the first year of high school, and there is still a lot of time, and there will be a systematic round of review in the third year of high school. Therefore, some relatively unimportant knowledge points should be left alone, and the key points should be grasped first, and the typical topics should be understood. You don't have to do the difficult questions, it's important to understand the basics.

For example, in the first year of high school, the focus is on force analysis and kinematics, and it will not be a problem to do these two exams well. The main thing is to try to review the exam attentively, don't run away, fear is the most important, try to do well in the exam once, and rebuild your self-confidence.

Physics is the easiest subject in the Diet. Physics in the first year of high school is very basic, and it may be difficult to learn the knowledge of force analysis when you are newly exposed to it, but it would be nice if you read more textbooks (that is, the books issued by the school). Physics should be patient, read the problem slowly, carefully sort out the ideas, understand the knowledge points, and do it according to the problem-solving ideas taught by the teacher, everything is simple.

What's more, there is no need to memorize by rote like political and historical creatures, physics only requires memorization of a set of knowledge points and problem-solving ideas. Be patient, be happy, work hard, work hard, and do everything simply. I'm a senior in high school.

You should be able to use these.

High school physics is not like junior high school that can make up for the last few days of the exam, after all, the score of a question in high school physics is very large, and the test is no longer a single knowledge point, so to learn physics well, you can't just rely on listening well in class, you must do the questions assigned by the teacher carefully after class, and if you have time and ability, try to find more classic topics to do.

Usually I listen carefully in class, but I don't take it so seriously, I write my homework sloppily, and sometimes I copy other people's homework.

Isn't that the reason? What else to ask?

Of course, I would like to reveal that Shanghai Li Zongwen has changed from 3+x to 3+1. To put it simply, Chinese, Mathematics, and English are compulsory, and then choose one of Physics, Chemistry, and Biology. Shanghai is a pilot and will soon be popularized.

You don't have to choose physics in your third year of high school! (Don't give me the bounty yet.)

Mindset Problem! In physics, we must learn to summarize, be familiar with textbooks, and experience some substantive processes, phenomena determine equations, and attitudes determine grades!!

Stupid, you yourself say that you are not serious Prove that you just don't work hard enough Believe in yourself, a little effort will definitely have an effect! ~

I have experience with this question for you. The method varies from person to person. Don't forget to give points!! For reference only.

1. Dead reading books is the stupidest thing (not to say that you don't read books). The best thing is to do more exercises, from easy to difficult, and slowly overcome obstacles. When doing the problem, forget the formula, read the book in time to find the formula, and don't think about it if you can't think of the formula, which will make the brain tired and cause you to not want to do the exercises.

Second, some teachers say that you should not read books for exercises, which I think is wrong. So, don't always believe what the teacher says. There are many ways to learn, I give you the best way to learn, you do the same, it is useless for you, what suits you is the best.

Other people's learning methods can only be used as a reference.

3. For any subject (science), don't do difficult problems as soon as you get started.

Fourth, do physics problems, you can do it while looking at the answers, you will say what is the use of this. Then let me tell you, doing while looking at the answer is not just looking at the answer, but looking at the idea, and starting from the first to find the breakthrough point.

If you want to learn well, you have to be able to play, and as for how to play, there is a measure. When you play, you play like crazy, when you learn, you learn hard, and you will play in the future. You've heard a lot of this, and your parents often say it.

You have to know how to turn knowledge into something you understand, and you can use transformational thinking. For example, if you think of an object's pressure plane as a pressure balloon, you can see why it has elastic force. It is also necessary to learn to understand the meaning of formulas and derivation formulas.

Most of the physics subjects are for understanding and hands-on operation, and if you understand your physics, you will be good. Take your time, physics is all about taking a lot of evidence to get results. Go and learn well. Trust you, you can do it! Come on.

To understand it, look at it in three layers, 1There is voltage before there is current, voltage is the cause, current is the effect, therefore, the current is proportional to the voltage (the precursor condition is: when the resistance is constant) and you must not say that the voltage is proportional to the current, if you can't say, the father looks like a son, it should be said the other way around.

2.The current flows in the conductor, so the current is also related to the resistance of the conductor, the resistance is large, the current is small, the relationship between the two is reversed, so the current is inversely proportional to the resistance (of course, the comparison has a precursor condition: when the voltage is constant, the current is inversely proportional to the resistance).

3.When using Ohm's theorem, the three electrical quantities i u r must be for the same conductor, that is, to calculate the current i1 of conductor r1, then the voltage and resistance must be the voltage u1 at both ends of the conductor r1 and the resistance of the conductor r1. That is, i1=u1 r1 To calculate the current i2 of the conductor r2, it must be i2=u2 r2, that is to say, the angle mark of the electrical quantity in the formula must be the same, and it is for the same conductor (pieces).

A family has to enter a door, I1, U1, and R1 are one family, and I2, U2, and R2 are one family, and they cannot be substituted. If you want to find the voltage of u2, then you must have u2 i2 r2

In addition, the "beyond theory" upstairs said well, and you must have confidence in the three stages of learning physics.

Of course, it is best to understand, if you don't understand, memorize the formula, remember the physical quantity represented by each letter, and then set the questions, and do a few more questions to feel the natural will. Don't be critical of some difficult problems that you can't do on your own, instead of understanding such questions, it is better to know the basic questions. (Anyway, the question is also the same.)

The key is to believe that you can learn. (I've always been like this, even though I fell asleep in class, but when I read a book and did a question, I would imply that I could understand it, and then I really understood.) Well, I'm the negative textbook, you better listen carefully) Generally speaking, the more you feel that you can't learn, the more you can't learn.

If you really can't write, just pick some simple ones, then understand the answers, and then cover the answers to clarify your thoughts again. If you can't finish writing, forget it, and understand that a question is a question. (If you don't write your homework, your teacher won't kill me).

The current ones are already messy, so you can take some time to sort out the formulas and the like before writing your homework.

Boiled slowly, good luck.

Physics Stage 3, (which I was told to by my physics teacher in high school) 1 is unreasonable, i.e., unreasonable. Whatever the book formula says, it is right, and it doesn't reason with you at all. 2 In the fog, I vaguely understand a little physics, but I only know how to use formulas but don't understand why this is the case, let alone derive it.

3 Enlightenment, as the name suggests, I won't explain much. Personally, I think that first of all, you must be familiar with the formulas and be very clear about the example problems. Even if it's rote memorization, as long as you stick to a transition period.

Physics is the easiest subject.

Persistence is required, and only those with perseverance will succeed.

Understand the basic concepts, and familiarize yourself with the origins of each concept and the connections between them.

It is necessary to do some questions independently, with quality and quantity. There should be a certain number of questions, not too many, not too few, but also a certain quality, that is, a certain degree of difficulty. Anyone who learns mathematics, physics and chemistry will not be able to learn well without going through this level.

Solving problems independently, sometimes too early, sometimes slower, sometimes detours, sometimes even unable to solve them, but these are normal and the only way for any beginner to succeed.

It is necessary to be clear about the physical process, and there is inevitably a hidden danger of solving the problem if the physical process is not clear. Regardless of the difficulty of the topic, you should draw as much as possible, some sketches are sufficient, and some should be precise to show the geometric relationship. 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.

Study materials should be well preserved, classified, and marked. The study materials are categorized into practice questions, test papers, lab reports, and more. Marking means, for example, for practice questions, general questions are not marked, good questions, valuable questions, and easy to make mistakes are marked differently, so as to be ready for future reading, and marking can save a lot of time.

It is necessary to attach importance to the knowledge structure and 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.

If physics is not good, you can ask an extracurricular training institution to tutor Qi Liang. Tutor Lingye on the first item of the physics key, do more exercises, consult the teacher more, and generally you can do physics well.

It should be that you are not focused when you do the questions, and it is easy to get distracted, so the inspiration is not easy to come up, and the very simple questions are always very complicated, and you can't even think of the simplest formulas, so the following points are recommended:

1. Review the basic formulas more and practice them as soon as you open your mouth.

2. Ask the teacher for advice, which will deepen the impression of knowledge.

3. Don't look at the masters, but also do the seemingly simple questions 4, compete with your classmates to see who will make the same topic first, and then exchange their ideas, so that you can deepen your own influence and learn from others' methods of doing problems.

Hope the above works for you.

Starting from the basics, it's all very simple, don't think about it too complicated, have confidence, and do more questions.