How to learn high school physics well, how to learn high school physics well

First of all, the most important thing is to listen carefully, take good notes in class, and note the essence of a lesson; After class, you should do a lot of practice questions The learning methods of engineering are the same Only practice makes perfect, physics, that is, the laws of phenomena in life, should also be associated with life and think more. In the process, you will definitely encounter obstacles, etc., at this time, you should ask more teachers, ask classmates, and be ashamed to ask; At the same time, you must have strong willpower and the determination to overcome many difficulties, the winner does not belong to the halfway winner, the high school study task itself is relatively heavy, in addition to studying, also participate in some extracurricular activities, exercise more to regulate yourself, I wish you success.

Do the questions, summarize, do the questions you have done, and now you don't have much time to grasp the basics.

Most of the talent is really good in class, and it is enough to listen to the main points for 5 minutes, you can ask the class to learn well, and what is useful in the class is a formula, and the rest is all up to your own understanding, which is mainly related to the living environment, personal interests, and ordinary observations of life, and it is not something that can be enlightened overnight.

1.Read the textbook first to understand the concepts and principles. You can take a piece of paper and list the important contents of the textbook according to your understanding.

There is actually a lot of nonsense in the textbook, and a lesson can actually be summarized in a few articles. Don't trust the generalizations of the reference books, and remember them more firmly by summarizing them yourself.

2。If you have a formula, deduce it yourself. If the teacher has a deduction, write it down and deduce it yourself.

This is very useful, but if you just memorize the formula, it will be over in case you forget it. If you have deduced it yourself, you can understand and apply this formula, and you can also review the previous content by the way, and most importantly, if you forget it in the exam room, you can deduce it again if you know how to deduce it.

3。Remember, the physical diagram is important. Whether it is a force analysis diagram, a magnetic field, a circuit, or the like, what can be drawn must be drawn.

In this way, you can intuitively understand the topic and also remind the train of thought. Our physics teacher said that physics is an art, and people who are beautiful in pictures must learn physics well.

4。All science subjects: Do more questions.

Practice and familiarize yourself with a wide variety of question types. Sometimes you don't know why you're doing it for an exam, but you can do it (I do it often...). Sweat...

But also be careful with your mindset, so it's important to be flexible.

5。If you don't understand, you must ask, prepare a wrong question book, and analyze the wrong questions.

The teacher used to tell us that when we were composing problems, we should have the whole physical process in our heads and then combine them with the formulas we needed.

Think hard, think more, and most importantly, think!

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.

Quite simply, the key is to know the theorem well.

The first step is to read each section and chapter to get the book, and then cooperate with the after-class exercises (which is not enough) and other basic tutorial materials to familiarize yourself with the theorem. It's not enough to just read books, it's not enough to just do questions, you have to read books carefully, and you have to fully understand the answers to the exercises. It doesn't matter if you don't do the question, but you have to do it yourself first, and then fully understand the answer, and even if you do, you have to look at the answer in detail.

The second step is to do some difficult questions, such as the Olympiad questions (which is very beneficial), master some skills, and at this point, it is no problem to score more than 90 points!

A Ph.D. in Physics Reflections on High School Physics.

First of all, you have to be willing to do the question, jump into the sea of questions before you can say jump out of the sea of questions, after the end of the summary, each wrong question must be analyzed, valuable sorting into the wrong question book, after the exam to be careful, should be considered, should not be considered, don't think, this depends on your own experience, in the question of more accumulation. Physics is actually very interesting and beautiful. Good luck with your grades!

Someone who just finished the college entrance exam.

It depends on how much you want to learn.

The general thing is to get all the homework questions in check, and then eat the questions in each district thoroughly when the district unified examination is due.

If you are a good school (district focus, city focus), then just follow the teacher.

If the school is not very good, then you must lay a good foundation first, and then find a teacher to help you do it.

But the most critical question is how well you can build physical models. Some female students spent 3 times as much time and energy as the boys, but they scored half of the boys' scores. This may be the difference in the mindset between men and women.

Do more questions, think more, no matter what the situation, it is not okay to be lazy.

You're asking the right person, I'm a junior in high school. In my class, I was good at physics, and I had a little bit of a lesson:

1.Based on the book, understand the content of the book, something that has some space. For example, generators, etc., require spatial imagination, and you have to solve it first.

2.Do the questions. Physics questions don't have to be many, the most important thing is to summarize. For example, you can learn to accelerate movement, you can do it with conservation of energy.

3.I often ask my physics teacher questions.

3.Assertive. As long as you think it's right, don't trust others.

In short, understand the book thoroughly, do some questions to consolidate + do some difficult problems, and it's OK.

Be diligent in thinking. Good at summarizing.

Understand the knowledge thoroughly.

Also, if you don't understand, just ask.

The following is just a personal opinion:

Mentality: It is best to enjoy solving problems, and you can find a sense of accomplishment from solving problems, until you feel that high school physics is a very simple course, so that your physics level should already be quite level (in terms of mentality, it is a bit difficult to be strong, because everyone's feelings are different).

Method: Question Sea Tactics? ......In fact, there is no need for that.,Turn back to my previous workbook.,I believe it's definitely whiter than many people.,The sea of questions tactic can increase the experience of solving the problem.,But at most, you know the trap laid by the questioner.,But it can really increase the score......However, if you want to give up the problem sea tactic, you must spend more time on problem solving, and the "problem solving" here includes understanding the use of physics knowledge in the problem, that is, learning to draw inferences from one another.

For this reason, it is not uncommon to spend one or two classes solving a physics problem.

Practical solution: If you're already a senior in high school, it's not wise to suddenly change your learning methods. Here are some of my previous problem-solving (computational) experiences.

The most important thing in the calculation problem is the analysis of energy conversion, in addition to the energy of light energy and nuclear energy, which is a specific conversion condition, the kinetic energy, gravitational potential energy, electric potential energy, and internal energy (elastic potential energy should be relatively rare). Personally, I think internal energy is the most important, because it is most easily ignored in the energy conversion analysis, and the conditions for the generation are collisions, obstructions (frictional resistance, resistance, etc.), anyway, when the kinetic energy is reduced, but the potential energy does not change, most of them are related to internal energy. For a calculation problem, as long as you know the energy conversion equation and force analysis, you can basically solve most of it.

There are no shortcuts to anything, my college entrance examination is A, my experience is, do more, watch more, summarize more, I believe you will find the feeling. When you find the feeling, you will find that all the questions are similar.

Although it is not advisable to "question the sea", it is only possible to do more questions and summarize the methods from them.

If you memorize the theorems and formulas in the book, you will be able to draw inferences from each other, and it is best to be able to write out the textbook silently.