How to further improve your high school chemistry math scores

Friend, I very much agree that you don't buy reference books and materials, those are basically useless, if you really need reference books, one is enough. When I studied chemistry in high school, I relied on chemistry to take notes, and in addition to taking good notes in class, I had to make a summary and induction after class. When you summarize what you have learned in chemistry for the week, you should recall as much as possible the details mentioned by the teacher in each lesson, in fact, some of them are the focus of the exam.

This method works well for chemistry, so you might as well give it a try.

To learn mathematics, we should also summarize more, read more textbooks, keep in mind mathematical models, and cultivate a spatial imagination ability. The construction of mathematical models is useful for analytic geometry and solid geometry (e.g., the side length and height of a tetrahedron, and the conclusions derived from the ellipse, hyperbola, and parabola of the cube. Then there is the summary of some basic proof questions in the textbook, and some of the proof questions can be directly used as known conditions.

Math puzzles sometimes test some of the most basic models.

You can ask your teachers for advice on the learning method that is suitable for you, and sometimes there may be some problems with your learning method.

I used to study science, and I didn't study very well before, but then I often communicated with teachers and was admitted to Nanjing University.

Another one you should also buy more information to do a little, not to say that you want to do a lot, but to draw inferences from one another, touch the analogy.

The effort will pay off.

It's okay if you don't have a reference book, because that's how I came over. As long as you really listen carefully to the lecture during class, and listen to it thoroughly, and then do some practice problems after class, and consciously accumulate some typical example problems, and practice more questions, this will be very effective. Because I was a science graduate from high school, a teacher once told us that we science students are mainly practicing a kung fu, "practice makes perfect".

In fact, if you don't buy so-called reference materials, I am more in favor of it. The learning ideas of science are almost the same, there are so many types of questions, and understanding one is one. It's more important to really master one type of question than if you do ten questions. Trust you to do it.

In fact, it is not necessarily bad to have a tutorial book, it is recommended that you buy a multi-functional question dictionary, which has good questions.

Take out the questions you have done and read them carefully to see if you can do it quickly and whether your thinking is very clear

1.Memorizing chemical equations is the foundation of learning chemistry well

As long as you memorize the equations and solve the calculation problems, the chemistry score will naturally improve. But this is only part of the story, and there is also the experimental part that needs to be worked on.

Some equations need to be memorized directly, while others can be leveled by themselves, although it may be a waste of time. If you want to learn chemistry well, it is not enough to memorize it, you also need to do a lot of exercises to train, practice makes perfect.

2.Chemistry experiment questions should be summarized systematically

Chemistry experiment questions are also an important test point, you may feel more difficult, but if all the experimental questions in high school are sorted out together, all the experimental equipment and precautions are memorized and recited, and the knowledge points that are easy to mix are distinguished, the experimental questions will not be difficult.

Memorize the periodic table. Chemistry is a discipline that explains that the world is composed of matter, and matter is composed of various elements, no matter how the chemistry exam questions change, but it is always inseparable from the elements, Pa Danyun mastered the periodic table, then mastered the core of chemistry, especially to focus on mastering the first forty elements.

Master chemical equations. If you master the equations of chemistry, you will be able to grasp the principles of chemistry and be able to take the exam with ease. Of course, because there are many chemical equations, it is necessary to pay attention to classification when memorizing, especially the different reaction conditions and additives, and also pay attention to the priority of the reaction.

Physics needs to be more problematic because it is a language. For physics, you can try "Divergent Thinking Classroom" (the tutorial material is a bit old), and there is everything in one book.

If you have good grades, use "Analysis", which is a book that can be "supplemented by low and top-notch". For practice, you can use "Easy Practice for 30 Points" (if you have time, you can use "Dictionary Points", there are many questions) As for those with medium grades, you can use "3.1 Test Series: Physics".

3."Longmen Specialty" "Longmen Topic" is a special topic of mathematics, physics and chemistry in middle school, which contains the knowledge of the entire middle school stage, regardless of what teaching and prudence are used. It is especially suitable for the review of the high school entrance examination or the college entrance examination, and it is explained in great detail, and it is a book specially mentioned by many college entrance examination champions.