How to study science well? I was very bad at science and wanted to get high grades.

If you want to do a good job in mathematics and physics, you need to do more problems and understand more. Then there is English, listen more, memorize more, read more. Then there is chemistry and biology, and then languages.

Go shopping about learning stickers, ask more questions, ask others more questions, think about how others solve problems, why you can't, or ask others directly how you came up with it...

In this way, progress will soon be made ...

Imitating other people's thinking.

If you want to get a high score, the following methods can be used as a reference:

First of all, there is the basic knowledge in the textbook. This is the most important thing. But when reading a book, remember the divergence of thinking, that is to say, an example of a concept or a paragraph is not for nothing, you should associate and deepen your understanding, which can be referred to the tutorial book.

Secondly, there is connection. Divided into, general and thematic. As for the teacher's review steps, it is necessary to keep up.

What is said here is directed at oneself. In general, it is to do a few real questions of the college entrance examination first, and the classic kind. Then ask yourself whether you will be able to do each knowledge point involved, and after doing so for a few sets, you will probably know the test points and your weaknesses.

By the way, find the type of question you are not good at, and the next topic is for each question type and the knowledge points involved. On the past question set, only one type of question is connected each time, and then the knowledge points are supplemented. This way, when you come down for each question type, the basics are good.

In the end, it is necessary to summarize and think. Think about and record the type of questions you do.

Arrange the order of answering questions: The first method: follow the order of the questions in the test paper from beginning to end.

The second method: first easy and then difficult, calmly answer the questions. The third method:

Do the strong subjects first, and then do the other subjects. According to your own characteristics and the principle of conducive play, adopt the method that suits you.

It takes certain methods and skills to learn science well, and here are some helpful suggestions:

Cultivating curiosity: Understanding science requires a certain amount of curiosity and interest. Keeping an open mind and trying to understand the natural phenomena around you and think about how they happen will help you get excited about learning.

Ensure understanding of the basics: At the heart of understanding science is to build an understanding of the underlying concepts. Therefore, it is important to make sure that you understand the fundamental concepts of science, such as mathematics and physics, such as motion, force, heat, and electromagnetism.

Develop practical skills: Understand that science requires practice and experimentation. You need to learn how to conduct experiments and pay attention to recording and analyzing data in order to find patterns in your experiments.

Do more questions: Studying science requires a lot of practice. Doing questions will help you grasp the knowledge points and help you discover your shortcomings.

Mastery of the scientific method: Understanding science requires mastery of the scientific method, including observation, experimentation, data analysis, and reasoning. This helps you better understand and apply science during your studies.

Ask for help: You may have difficulties studying science. Don't be shy and ask for help. Find resources such as teachers, classmates, online tutorials, and more for support and guidance.

In short, learning science well requires continuous effort and practice, but as long as you think and practice positively and keep studying, you can achieve good results.

Studying science can be a bit tiring. But if you master the scientific learning method, you can enjoy the joy in the ocean of learning!

First: Be confident. Many scientific studies have proved that human potential is great, but most people do not effectively develop this potential, among which human self-confidence is a very important aspect.

Whatever you do, whenever and wherever you do, with this self-confidence, you have a belief that you will win, and it will enable you to quickly get rid of the shadow of failure. On the contrary, if a person loses his self-confidence, then he will achieve nothing and can easily fall into eternal inferiority.

Second: With scientific learning methods, you can achieve twice the result with half the effort in learning.

In terms of improving efficiency: there are learning links, learning attitudes, and learning methods. As long as you change your studies from now on, and you study hard, of course, it will be simple, and your grades will improve.

Everyone's foundation is different, and their learning attitude is different, so the methods to be adopted are also different. In order to learn well, you must find a learning method that suits you, and you must choose a suitable method according to your own characteristics. You can make progress.

The method of learning should be "a hundred schools of thought contending" and "a hundred flowers blooming".

Third: The key to learning science is your mastery of the subject. Basic disciplines account for 60, mid-range questions mainly test skill application accounts for 25%, and high-end questions account for 15%, which are mainly the examination of comprehensive ability and application ability, mainly to distinguish high-level students.

Everyone is nervous about the exam, but don't be afraid, don't be nervous.

Fourth: The most important thing in science learning is not to be too nervous. As long as you look at the score, otherwise you will be too nervous and you will not be able to review.

1.A comprehensive review of the basics.

2.Analyze the existing problems in detail, and do a good job of reviewing the gaps.

3.Review in sections. Do the same in the differences, the same in the differences.

4.Thematic review. Cultivate comprehensive ability and expand your application ability.

Listen carefully in class and do your homework carefully!