To learn mathematics well, we should pay attention to learning methods and develop good study habits. Knowledge is the foundation of ability, so we should learn basic knowledge well. The learning of basic mathematics knowledge includes three aspects: concept learning, theorem and formula learning and problem-solving learning. Mathematics learning should be consolidated by doing a lot of problems, but not only quantity, but also quality.

The foundation of mathematics learning method is very important.

Do you feel that students who can get full marks in mathematics don't even have to read books? In fact, math experts pay more attention to the foundation. Mathematical formulas, properties of geometric figures, properties of functions, etc. It is the foundation of mathematics learning. It can even be said that the quality of the foundation directly determines the level of mathematics scores in the senior high school entrance examination.

The wrong question book is very important.

Of all the subjects, mathematics is the most important one. Li Xianliang also advocated sorting out the wrong problems. Li Xianliang has some tips about wrong questions, that is, if he insists on sorting out wrong questions at ordinary times, he will eventually produce many thick wrong questions. We can review regularly. For those who have a thorough grasp, we can mark them so that we don't have to review them in the future, so that the wrong questions will be used more efficiently.

There are both imitation and innovation.

Imitation is an indispensable learning method in mathematics learning, but it must not be copied mechanically. On the basis of digestion and understanding, use your brains and put forward your own opinions and opinions, instead of sticking to the existing framework and existing model.

Math answering skills 1. Reasonable positioning, the last few questions of fill-in-the-blank questions are carefully conceived new questions and must be taken seriously; Many propositions in multiple-choice questions are specious and elusive; However, many students rush headlong into the comprehensive questions, resulting in many undue mistakes. In fact, the last sub-item of the comprehensive question is always difficult, aiming at improving the discrimination of the exam (Weibo), but only about 4 points. If we put aside the topic of 1 16 for a while and treat it with caution, many students will get good grades in the exam.

Second, thoroughly understand the meaning of the question and beware of mistakes. The wording of the math test questions is very accurate. Be sure to read the questions clearly. For example, "tangency of two circles" includes circumscribed and inscribed, both of which are indispensable. If the test questions are similar to familiar examples, don't take them lightly. For example, "the vertex of a parabola is on the coordinate axis" and "the vertex is on the X axis" are different.

Third, step by step, slowly but surely. Many mistakes in calculation problems are due to sloppy drafting, and it is wrong to copy them into the test paper in a hurry. Such problems are hard to find in the exam. The correct way is to list the detailed steps on the test paper, and don't skip the steps. Only a few mathematical operations use drafts. Facts have proved that the speed of solving problems is fast if every step is completed in a down-to-earth manner; Do every question you can do correctly, and your exam score will be high.