1. The role of examinations in peacetime
Usually, the exam is similar to the college entrance examination questions, which can achieve a small simulation effect in the usual exam. In this kind of training, on the one hand, you can gradually master the answering skills of the college entrance examination questions, on the other hand, you can increase your familiarity so that you won't panic when you really go to the battlefield.
There are two stages in the usual examination atmosphere.
One is the stage when senior one and senior two are still learning new courses. The purpose of this stage is to see if they have mastered what they have learned during this period, so the scores of each exam at this stage may be very different. If you fail an exam, you need to pay attention to it and review what you have learned in this exam again. Don't let yourself learn anything.
The other stage is senior three. At this time, all the knowledge of high school has been learned, and the teacher will take it for several rounds of review in order to check the missing and fill the gaps. At this time, the examination scope has become the whole content of high school, which is equivalent to the examination scope of the college entrance examination. The score in the early stage of this stage may be much lower than your psychological expectation, but don't worry, this is normal, because the knowledge learned in two years will always be forgotten, and the first stage is not very good. Therefore, at this stage, you should study hard for every exam, not to pursue high scores, but to find out what you haven't mastered yet, and then concentrate on training during your self-study time. So this stage is also a stage of quick scoring.
Therefore, the usual test scores are not important, what is important is that you find your weaknesses by answering questions carefully in the exam. 2. About learning methods
Although I can't completely deny that concentrating on study can really improve your grades, good study methods and examination skills will definitely make you get twice the result with half the effort.
As for learning methods, I am a science student, and I don't know much about politics, history and geography, but I was also a master in high school. I wrote down my learning methods below, and I wonder if I can help you.
1) Mathematics
Mathematics is a discipline with clear modules, but there are many formulas. You can draw a mind map for the big framework, first find out what you have learned in mathematics, and then add details-formulas and knowledge points of each module, and comparative memory of similar contents. If you are good at scientific thinking, then you just need to remember the derivation principle and make sure that you can deduce some derived formulas. If you are not good at it, you should be down-to-earth and recite it honestly.
Based on the above learning methods, the next step is the problem-solving skills. When I was lecturing to my classmates in high school, I found that everyone generally had a problem, that is, after seeing this problem, I didn't know what knowledge points I was taking, and I couldn't respond to what formula to apply. So you need to have an overall grasp of what you have learned. When you see a question, first match it with the box in your mind to get the approximate range of knowledge points, and then filter it through the conditions given in the question to accurately locate the knowledge points you have tested. If you know the knowledge points and formulas, you still can't do the questions, that is, you don't have enough experience in solving problems and need to brush more questions.
2) Physics
In fact, the knowledge of each module of physics can be clearly distinguished, and there is no need to organize it specially. Just remember each different block, then distinguish the applicable conditions and differences of different formulas under different modules, and recite them skillfully.
When taking an exam, like math, you must first locate the test center and then analyze the questions, so you must analyze them clearly so that you can solve the problem further according to your analysis.
How to exercise your analytical ability? Is to do more big physics problems, whether you can see them at a glance or not, you should also draw an analysis picture. Don't be arrogant.
3) chemistry
Chemistry is divided into different modules according to the properties of different substances. There are too many fragmentary information, so you need a clear note.
Taking notes can be a big project. My note-taking skill is to mark the book as much as possible during class, record the missing content quickly with phrases and put it in my notebook after class. Never leave out what the teacher said in order to take notes. Reorganizing your notes in this way will also help to strengthen your memory.
If you can't take notes, or don't like it, and there are Xueba notes on the market, you can buy one, see what you learned today before class, and then read through the notes with the teacher to make up the knowledge points that are not in the notes. This will greatly reduce the pressure on your notes.
Chemistry requires you to browse your notes frequently, and often supplement your notes when you find new little knowledge points when you do the problem. For different substances, you can