What are the learning methods of high school physics, chemistry, geography and biology

Physics lies in frequent calculations to achieve the flexible use of formulas, chemistry and biology are a bit more associative in liberal arts, geography is better said, and it is perfect to see the map to a certain point.

Remember one thing, repeatedly, repeatedly, repeatedly, think about the wrong questions repeatedly, understand all the relevant things, and ask questions if you don't understand.

Personally, I think that the learning method of any course in high school can be boiled down to practice, and then experience more. High school is all about being a good person, and in the end, you will find that there is actually just a little bit of it. Let's talk about the specifics.

Physics, first of all, we must understand the origin of the physical formula, where it can be used, what are the conditions. Then do more types of questions, especially answering questions, the college entrance examination is basically a type of questions. The small questions are more lively, but there are only a few points that are often tested.

If you don't understand it at first, write it down first, and then you will understand it slowly. Chemistry first memorizes equations, and equations are the basis of chemistry. Then take a look at some more problem-solving ideas, such as whether the equilibrium movement is equivalent or similar, how to write isomers, etc., all of which have a complete set of problem-solving ideas.

If you can't find the recommended "Five-Year College Entrance Examination Three-year Simulation", "Full Product", "The Road to the College Entrance Examination". Geography is just reading books, and I read everything in the books, and I basically memorized the books. 100 points in the college entrance examination, I am 97 in geography.

Biology is also focused on reading books, and then doing part of the questions. Due to the late development of biology, its own system is inherently imperfect, and some of the things that different versions talk about are different, and may be the opposite. Therefore, when doing the questions, you must know how you learn the version, and everything is based on the textbook.

Attention is paid to classification and induction in physics, summarization.

Pay attention to the fragmented knowledge points and plate summaries in chemistry.

Pay attention to the wrong question book.

I'm a freshman in high school, and my grades in junior high school are pretty good, and I'm playful in high school.

I thought it was okay to study on your own like in junior high school, but I was wrong, in fact, these are not difficult, but it depends on whether you are serious or not, everyone's learning methods are different, not necessarily other people's methods are practical for you, the important thing is that you must learn to find a method that suits you, and work hard.

First of all, the foundation must be solid, and then it is necessary to do the example problems, and then do the tutorial materials after understanding the example problems in the book. Remember, the basics matter! And there's carefulness!

Chemistry memorizes formulas and memorizes changes in various colors Physics should distinguish what to apply to the formula Biology remembers the experiment Specifically, you still have to read more and memorize more Transform the content into your own way to memorize I used to convert all the ways I like to memorize Easy and convenient I am interested in myself (it is not easy to answer the question, sincerely answer for you, give a good review!) Thank you!!

It is recommended that you read more books, listen carefully in class, do more exercises, and ask the teacher more if you don't understand.

Do more questions, read more information, and read more example questions.

These subjects are mainly to master the basic knowledge points, I suggest that you sort out the knowledge points of each subject by yourself, and check those knowledge points in time after doing homework and exams, so as to focus on checking until all the knowledge points are fully mastered.

If you have any questions, you can also contact me.

Biology focuses on reading textbooks, don't let go of every detail, and do more experimental design analysis questions (when reviewing for the college entrance examination).

I don't know geography (I'm a science major).

The key to mathematics is the type of questions, chemistry knowledge points are very trivial, strengthen memory, pay attention to summarizing the regularity of things, pay attention to the analysis of the process of physical calculation problems, of course, should be based on textbooks, on the premise of looking at the textbooks, it is very helpful to do exercises appropriately.

There is no effective method for the liberal arts in biology and science, only memorization, memorization and reading more books, doing more college entrance examination questions and mock questions, and copying the error-prone points in a notebook for easy reference during the exam. In chemistry, read more chemical equations, and the chemical equations in the comprehensive are ruthless, and it is best to do college entrance examination questions, laboratory experiments and industrial flow charts are also very important. Practice makes perfect, most of the experimental topics are similar, and it is easy to earn points.

Physics mainly depends on understanding, there is a formula, when you understand physics, you will have a direction to do the problem, will not be at a loss, when you encounter incomprehensible knowledge points, calm down and think about it, one side does not work on both sides, continue if it does not work, if you still can't understand it, ask your classmates or teachers, they will give you a lot of help, you can't miss any knowledge point. Do more medium questions, memorize the relational style, and basically don't touch the problem, because the so-called difficult problem is the last question of the last question, and the score is at most ten points, and I spend the time doing this question elsewhere, and I will definitely get more points than just doing this question. In addition, even if you really don't know how to do a certain calculation problem, you can still earn more points by writing a few more relational formulas.

This?,Actually, these things need to be done more.,Chemistry should be systematically note-taking.,Wang Houxiong is the book we gnaw the most.,I hope it can help you.,Come on.,I'm studying physics.,It's really tiring.,I think it's actually easiest to choose physical geography.。。。 Come on.

Fortunately, there are chemistry students to give you guidance, I am a physics student to give you some guidance:

My understanding of high school physics has a few points for your reference:

First, the high school physics knowledge points are very fragmented, including force, heat, light, and electromagnetism, from the macroscopic celestial motion to the microscopic particle action, the purpose of this is to popularize, enrich, and expand students' knowledge, and to provide basic physical concepts and ideas for further study. The latter is particularly important for further education, so in order to obtain good college entrance examination results, it is necessary to grasp the physical concepts and physical ideas of high school clearly, and only by thoroughly understanding the basic physical concepts can we establish sober physical ideas and further establish reasonable physical models.

Second, for the first time, high school physics makes students feel that it is perfectly described in mathematics, which is indeed the case, as long as any major is perfectly described by mathematics, then such a major will become an independent science, this is the case with physics, chemistry and biology, but in high school you can't experience the mathematics of biology. Therefore, in high school, we should develop a scientific and mathematical description of physical concepts and models, that is, establish the so-called mathematical model, only in this way can we quantitatively describe complex physical phenomena.

Third, in high school, you must cultivate your own scientific learning methods, and for the subject of physics, you must pay attention to the combination of physical and mathematical ideas. For example, the method of controlling variables is the constraint of laws and theorem conditions in mathematics.

What teaching materials does the landlord say! I don't really understand, the names of the books for these courses are named after physics, chemistry, biology! In terms of versions, most of them are people-taught versions, and some are Beijing Normal University versions (Beijing Normal University).

Beijing Normal University is relatively easy! The amount of knowledge is also less! The book industry is different in different regions!

In most areas such as Hunan and Hubei, it is used in the people's education version, and in ethnic minority areas or remote areas, it is used in the Beijing Normal University version!

In science, students should study physics, chemistry, biology, Chinese, mathematics, and English.

But when we were science students in their third year of high school, biology was an elective.

Liberal arts are also subject to the study of Chinese, mathematics, foreign languages, politics, geography, and history.

In addition to the compulsory courses, it is the elective series, taking science as an example, there are a total of five books to elective, and the first two books are generally compulsory in provinces and cities, and the last three schools decide which one to choose. The college entrance examination paper will have separate questions for the last few questions, and the score is the same, so you can choose one.

In addition to the compulsory courses, chemistry must be studied is elective 4, and the school chooses its own according to the situation.

Science: You should understand the basic concepts and practices.

What high school student are you in your area?