First: Postgraduate mathematics pays attention to the examination of basic knowledge.
Judging from the examination requirements of the mathematics examination syllabus, candidates are required to systematically understand the basic concepts and theories of mathematics and master the basic methods of mathematics? This can be abbreviated as? Sanki? By analyzing the examination questions in recent 20 years, we find that the requirement of graduate mathematics for candidates is to pay attention to the examination of candidates' basic ability. First of all, there are more and more questions about basic knowledge, which means that basic knowledge accounts for more and more scores. If we only look at the surface of the test paper, it seems that we only examine the basic concepts and theories through multiple-choice questions and fill-in-the-blank questions. However, this is not the case. If you don't have the basic knowledge to do the following calculation questions and proof questions, you still can't get the relevant scores. Therefore, grasping the foundation will also focus on the key points. In particular, the outline of the number three is close to the number one, which requires higher examination of conceptual understanding, and it is also a signal to pay more attention to the basics for the number one.
Second, pay attention to the comprehensive ability of candidates.
Looking at the syllabus, there are more than 500 knowledge points, but there are 23 questions in the math exam. How can the 23 questions cover more than 500 knowledge points? In other words, a topic needs to examine multiple knowledge points. By analyzing the test questions in recent years, the examination of comprehensive ability not only appears in the calculation of subjective questions, but also often appears in objective questions. Often each question combines two or more knowledge points and then transforms them once or twice. Therefore, whether the ability to solve comprehensive questions can be improved is related to whether candidates can get high marks in mathematics. Then if you want to do a good job in comprehensive topics, you must have a solid foundation. Especially this year, the number of big questions is decreasing, so it is necessary to increase the comprehensiveness of the questions to cover many test sites.
Third, attach importance to the examination of analyzing and solving problems.
Almost every year, the first question is to examine the ability of candidates to establish mathematical models (definite integral, differential equation, physical application of solving differential equation) through what they have learned. There is a wide range of knowledge involved here, and the methods and skills needed to solve problems are also relatively high. Therefore, the top candidates should pay enough attention to this distribution.
Fourth, pay attention to the ability to solve problems skillfully.
Although the time for postgraduate entrance examination is three hours, it is often very tense for most candidates. Therefore, if you can't solve the problem skillfully, time is definitely not enough. Because judging from the test questions over the years, the calculation of test papers is often relatively large. If you can't solve the problem quickly, there will be situations where you can do the problem but have no time to do it. For everyone to improve the speed of solving problems, first, we must lay a very solid foundation; Second, we should always sum up and remember some commonly used formulas and operation results, which can reduce the intermediate operation process during the exam.
Especially this year, the syllabus has been adjusted and the proportion of objective questions has increased. If the calculation is wrong, there will be no step score, which requires us to calculate accurately to achieve better results.
Finally, attach the articles of the postgraduate entrance examination program of each major, and pay attention to the 202 1 postgraduate entrance examination program.