The outline of postgraduate examination can be found on China Postgraduate Admissions Information Network.
There are three different kinds of examination papers in mathematics for postgraduate entrance examination every year, namely, Mathematics I, Mathematics II and Mathematics III. These three papers are both related and different.
First, the examination subjects
The examination subjects of the postgraduate entrance examination mathematics 1 are: advanced mathematics, linear algebra, probability theory and mathematical statistics. The proportion of each subject is: mathematics 56%, linear algebra 22%, probability theory and mathematical statistics 22%.
The examination subjects of Math II for postgraduate entrance examination are: Advanced Mathematics and Linear Algebra. In the test questions, the weight of each Kobe is: advanced mathematics 78%, linear algebra 22%.
The three subjects of postgraduate entrance examination are calculus, linear algebra, probability theory and mathematical statistics. The proportion of each subject is: advanced mathematics 56%, linear algebra 22%, probability theory and mathematical statistics 22%.
From the above comparison, it is not difficult to see that the biggest difference between No.1, No.2 and No.3 is that No.2 lacks probability theory and mathematical statistics, while No.1 and No.3 are the same in terms of examination subjects and scores.
Second, the examination paper structure
The question structure of the first, second and third test papers of mathematics for postgraduate entrance examination is the same. They are: 8 multiple-choice questions, each with 4 points and ***32 points; Fill in the blanks with 6 small questions, with 4 points for each question and 24 points for * * *; Answer 9 small questions (including proof questions), ***94 points.
Third, the content of the exam
The differences in the contents of the number one, number two and number three exams are mainly reflected in the scope of the exam, in which the scope of the exam for number one is the widest and that for number two is the narrowest.
Specifically, in higher mathematics, the main differences between number one, number two and number three are: spatial analytic geometry and multivariate function integral (except double integral), only mathematics one is tested; Infinite series, only take math one and math three; The physical application of calculus only tests Math I and Math II; The economic application of calculus only takes math three.