How to excel in high school physics. Learning Methods for High School Physics 5

1.Preview; 2.Classes (1) Take the initiative to listen to lectures; (2) Pay attention to the main points of the class; (3) Handle the relationship between listening to lectures and taking notes.

3.Review First of all, we don't read textbooks and notes, and try to recall the knowledge, which can strengthen our memory of the knowledge. After that, we delve into the textbook, organize the notes, and sort out the knowledge, so that the mastery of knowledge can be systematic.

4.Summary: Prepare a notebook for mistakes.

It varies from person to person, so the various learning methods of the college entrance examination champion are just to see, just learn from them, and look at their own, but the first thing is that the various force models of physics must be summarized, then you will find that the physics questions are similar, just a few types of questions, for the formula must be remembered very solidly, memorized and written down and understood is the basic requirement for achieving excellent results.

There are also people who practice the tactics of the sea of questions, after all, some people can summarize a lot of themselves in the sea of questions, so choose the path that suits you best.

You'll have to find the real way yourself. Cultivating interest, listening carefully, having a solid foundation, understanding the essence, doing more difficult problems (you must have a level), and summarizing are all kings!

Physics is really what it is: foundation + application. The basis is formulas, mechanical force analysis, and orbital analysis such as electrical and magnetic fields.

Teach you a method, open the table of contents of the book, read them one by one, and write the formulas and key points on it. There is also the application, which no outsider can help you, that is, to do the questions,,, but there is also a trick, that is, about the classification of question types, when doing a type of question, if your speed and quality are OK, you can decisively skip it, and only do two exercises of this type before the exam.

Well, in fact, the things that the classroom teacher always emphasizes are very important, but everyone should listen to them too much, and many people ignore these essences themselves.

How to learn physics in high school to improve your grades:

1. Never relax in learning the basics! The more the college entrance examination comes, the more attention is paid to the mastery of basic knowledge! As I just said, top students will thoroughly understand and master all the high school physics knowledge points, concepts, principles, and laws one by one, and they almost without exception have a full set of very practical high school physics notes!

These notes summarize all the physics knowledge from the first year to the third year of high school! At the same time, they will systematically internalize while reviewing to form a knowledge network, instead of reviewing aimlessly and fragmentedly!

2. Strengthen your knowledge and ability through exercises! On the basis of comprehensive review, strengthen training for important and difficult points, do more typical questions, and find knowledge gaps and methods through various question marks encountered when doing questions, and make up for them in a timely and comprehensive manner! The so-called comprehensive compensation is not to make up for this one place through a knowledge gap, but to review and consolidate all the knowledge methods associated with it!

3. Quickly improve your grades by researching wrong questions! By studying the mistakes found in the problem, find out the real cause of the error, dig deep into the knowledge, methods, and ability hidden behind the error, and expand the way of thinking, solve the problem in a variety of ways, so as to draw inferences from one another, and then unify multiple questions! The final induction and summary is very important.

Of course, if time permits, it is best to make a set of mistakes and persevere, the collection of mistakes in these sets will be the most precious, important, and effective treasure!

Fourth, be good at studying various physical problems through deep thinking and broad thinking! There are always all kinds of physics problems in my head! Usually think deeply about these problems anytime and anywhere, when walking, eating, before going to bed, between classes, basically the time that can be used will be used to think, not only deep thinking, but also broad thinking, after such a process, even if you don't know how to do these questions, you will review a large number of relevant knowledge points in the process of thinking about the questions, so as to strengthen the systematization of knowledge in your heart!

5. Do the questions many times to turn the unfamiliar into thorough! When encountering unfamiliar concepts, rules, and question types, you must not master them once and think that everything is fine! Only by turning the strange into thorough, and often studying, comparing, and doing relevant questions, can we truly become thorough!

Sixth, pay close attention to the key points and pay close attention to the backbone! Grasping these is equivalent to solving the main contradiction! For example, every lesson, unit, and practice problem in high school physics has key points and key solutions, and various problems encountered when doing problems often come from this!

7. Do the questions with a solid basis, never do the questions subjectively, and don't want to do the questions for granted! Everyone should be deeply aware of this, and whenever you encounter a problem, you will say, "I thought it should be .......""I think it should be ......Almost without exception, mistakes can be made! That is to say, to do all physics problems, to do every step of physics problems, should be grounded, not based on assumptions!

The so-called well-founded means that there must be a rigorous theoretical derivation process or experimental verification process!

The first point is to completely change the way of learning in junior high school, from writing more and doing more to thinking and summarizing more; The learning link should be complete, not just listening to lectures and writing homework; Learn mathematics well, establish the relationship between mathematics and physics, and usually put more effort into the knowledge points of combining physics and mathematics when studying, and do more similar questions for training; Fourth, the details determine success or failure, and if the details are handled in place, the results will be on a higher level.

Physics is the study of the most general laws of the motion of matter and the basic structure of matter. As a leading discipline in the natural sciences, physics studies the most basic forms and laws of motion of all matter, from the universe to elementary particles, and thus becomes the research foundation of other natural science disciplines.

Its theoretical structure makes full use of mathematics as its working language.

Taking experiment as the only criterion for testing the correctness of theories, it is one of the most sophisticated natural science disciplines today.

School Approach to Improving Grades in High School Physics:

1. Brushing questions: But while brushing the questions, you should ensure that you can answer the same type of questions that you have done before during the examination process, and in the study of high school physics, you should pay attention to learning to visualize and solve the problems, and when you encounter problems, you should pay attention to borrowing some simple physical models to do the corresponding problems well.

2. Read extracurricular books: Read an appropriate amount of extracurricular books to enrich knowledge and broaden your horizons. Practice shows that students with excellent grades in physics have read a lot of extracurricular books.

Physics

As a leading discipline in the natural sciences, physics studies the universe and elementary particles.

and other most basic forms and laws of motion of all matter, so they became the basis of research in various other natural science disciplines, and physics began with Galileo.

In Newton's time, it had become a basic science with many branches, and physics was an experimental science, but also an advocate of reason and attached importance to logical reasoning.

of science.

The most important thing to do as a candidate is to study, how can I improve my grades? There are three ways to improve your grades: 1. Take classes seriously

In the process of listening to the class, we should not only take the class seriously, but also cooperate with the completion of the homework. Only by actively reading can you become more and more interested in reading, and you will unconsciously improve your reading efficiency.

2. Defeat yourself: In the face of the pressure of competition and changeable emotions, only by "defeating yourself" can we broaden the sky. Have a good mood every day, do things neatly, actively participate in reading, and naturally have high efficiency.

When I was in the first year of junior high school, my memory was often not good, I couldn't listen to lectures, and my grades were also very bad. Then I saw a "Tesla Potential Course" that enhanced my IQ, and after reading it, it improved my bad situation. The results also began to improve by leaps and bounds.

Trust me that my story should work for you.

3. Review what you have learned before after class: The easiest thing for people to remember is what they started and end, so before going to bed, be sure to recall the new knowledge learned during the day. Reading should be planned, and it is best to make a plan for both the long term and the short term.

If you want to improve your high school physics scores, the first way is to look at the problem solving method with macro thinking

In high school physics, a lot of knowledge is theorems and laws, if you simply rely on rote memorization, there is no way to achieve the goal of solving problems and improving scores, and there may be confusion of knowledge points if you memorize too much. Therefore, it is recommended that you use a macroscopic and in-depth perspective to analyze each question type when learning physics, connect all the knowledge points in series, make your own thinking framework, and have your own understanding of relevant definitions and theorems, so that it is relatively simple to learn and memorize.

The second method is to analyze the problem from the perspective of dimensions

This refers to the object of operation in the unit of physical quantity, you must know that every physical quantity we are talking about has its definite dimension, and every type of object that represents the same meaning is the same, so its quantity may be the same, for example, the unit of distance displacement length is the unit of meter acceleration, which is the meter per square second.

The third method: pay attention to the flexible use of the law of conservation

High school physics includes a number of conservation laws including conservation of momentum, conservation of energy and conservation of mass, so if you want to achieve excellent physics results, in the process of learning, you must deeply understand the practical significance of these conservation laws, and use them flexibly, if students have a deep memory of conservation laws, you can directly help students skip the tedious steps, and sometimes you can directly solve the correct answer. However, students should also pay attention to the fact that some physical processes are usually overwritten, so when applying conservation laws, it is necessary to avoid logical confusion and omissions or multiple solutions.

Normally, if students want to learn physics well, they need to have a deep understanding of the requirements in the books, and build their own knowledge framework, or thinking model, on the basis of basic principles, so as to achieve excellent physics results.

Returning to textbooks, memorizing formulas, memorizing basic formulas, doing example problems, and special training are better ways to improve high school physics scores.

Each type of physics problem has a typical representative question. For example, the question type of the momentum part is always bullets hitting wooden blocks, otherwise it will be changed to punching bags or something, and the soup will not be changed. But this kind of question is important, and it is often found in high school exams.

Make a little effort to figure it out, do a few more similar questions, and memorize the idea of solving the problem.

2.When listening to the class, first, you should pay attention to the important points emphasized by the teacher, which is often the main goal of the high school exam, and secondly, you should pay attention to the points marked during the preview. When the teacher talks about it, be sure to listen carefully and think positively, and generally you will understand.

If you really don't understand, don't think too much and delay the lesson, you can wait until after the class to ask the teacher for advice. A good memory is better than a bad pen. In addition to listening carefully in class, you should also take good notes.

Because notes are often the organizationalization and concretization of the key and difficult points summarized by the teacher in years of teaching practice, which embodies the teacher's hard work. In addition, taking good notes will also make it easier to grasp the key points when reviewing in high school.

3.Returning to textbook physics, the subject attaches importance to the intensive training of basic knowledge and basic skills. As the saying goes:

Everything is the same. No matter how flexible the college entrance examination questions are, they must be closely related to the physics textbook and around the syllabus. As long as our basic knowledge is solid, the basic skills are mastered, and the content of the textbook is the starting point, we can calmly face any form of college entrance examination!

We all know that physics is the most difficult to learn, and some students who study science also have a headache for the subject of physics, and as for how to study, students are very distressed, because the results of physics are not said to be improved.

How to learn high school physics well

Let yourself fall in love with physics first, and have a strong interest in physics, so that you are willing to learn, willing to specialize in physics, which is a very difficult subject.

Pay attention to the content of the teacher's classroom explanation, know what the teacher explains in class, 45 minutes in class is very important, there are many key words the teacher will say in the classroom, these words may help us understand the physics questions, and the basic knowledge that the teacher talks about in the classroom, although simple, but if you don't understand it thoroughly, when you do physics problems after class, you still won't, many physics questions are extended from the basic questions.

All science subjects need to take notes, especially some difficult subjects, but note-taking is not blind note-taking, not to write down all the content of the teacher's lectures, and to learn to listen to the key points, write down the key knowledge content, and know which words the teacher says are more important. We also need to write down some typical example problems, including the solution ideas, solution steps, etc.

How can I improve my physics scores?

Do more questions. The proficiency of each type of physics question is improved on the basis of doing the question, if you don't do the question, you will never know which question you will, which question will not, only by doing the question, we can test the part that you will not know, for these parts that will not, the key to ask the teacher, the teacher will explain it again, we will come back and sort it out ourselves, and then do some Zheng Zhi questions of the same type in a few days, as long as you insist on doing it for a month, you will definitely have something to gain.

In physics, it is very important to shout the argument and infiltrate, although it is very simple to memorize the physical formula, but it is very difficult to really apply it to the problem, some people just memorize the common stove wheel formula of physics, and do not know the origin of the formula at all, so when doing the problem, we will not know how to use it, when we memorize the formula of physics, we must also grasp the origin of the physical formula.