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Anonymous users2024-02-12Qiu Weisheng, Analytic Geometry, Peking University Press.
Wu Guanglei, Tian Chou, Concise Course of Analytic Geometry, Higher Education.
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Anonymous users2024-02-11Hello, research direction: 01Financial Mathematics and Actuarial Science 02
Cryptography and Information Security 03Computer Software and Theory 04Systems Biology 05
Intelligent Information Processing 06Image Reconstruction and Processing 07Bioinformatics Preliminary Subjects:
1 101 Ideological and Political Theory 2 201 English I, 240 Methods 3 601 Mathematics Fundamentals 1 (Mathematical Analysis Fundamentals of Mathematics (Mathematical Analysis 30%, Advanced Algebra 30%, Elementary Probability Theory 40%) 4 801 Mathematics Fundamentals 2 (Advanced Algebra, Analytic Geometry, Fundamentals of Financial Mathematics (Mathematical Statistics 40%, Introduction to Financial Mathematics 30%, **Investment 30%) Remarks: Candidates who apply for the 01 direction in the examination subjects are limited to the Fundamentals of Mathematics (30% of Mathematical Analysis, 30% in Advanced Algebra and 40% in Elementary Probability Theory), candidates in the direction of the examination are limited to Mathematics Foundation Test 1 (Mathematical Analysis). Candidates who apply for the 01 direction in the examination subjects are limited to the foundation of financial mathematics (40% of mathematical statistics, 30% of introduction to financial mathematics, and 30% of **investment), and candidates who apply for the direction are limited to the basic mathematics test 2 (advanced algebra and analytic geometry).
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Anonymous users2024-02-10My name, go to our official website to find it.
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Anonymous users2024-02-092018 Peking University School of Mathematical Sciences Postgraduate Entrance Examination Bibliography and Examination Subjects.
Jingyan Education debuted].
The current stage is the preparation period for the postgraduate examination, we should focus on the selection of the 2018 postgraduate examination institutions and the collection of bibliography and real questions when preparing for the 2018 postgraduate entrance examination, and today I will bring you the 2018 Peking University School of Mathematical Sciences Postgraduate Examination Bibliography and Examination Subjects, I hope that all students will carefully read and review the content of this 2018 postgraduate examination bibliography, and be able to be one step ahead in the review of the postgraduate entrance examination professional courses.
Exam Subject Code:
01 Mathematical Analysis 02 Advanced Algebra.
03 Analytic Geometry 04 Real Variable Functions.
05 Complex Variable Functions 06 Functional Analysis.
07 Ordinary Differential Equations 08 Partial Differential Equations.
09 Differential Geometry 10 Abstract Algebra.
11 Topology 12 Probability Theory.
13 Mathematical Statistics 14 Numerical Analysis.
15 numerical algebra and 16 signal processing.
17 Discrete Mathematics 18 Data Structures and Algorithms.
01 Mathematical Analysis (150 points).
1.Fang Qiqin et al., Mathematical Analysis (Volume 1, 2, 3), Higher Education Press.
2.Chen Jixiu, Yu Chonghua, Jin Lu, Mathematical Analysis (Volume I and II), Higher Education Press.
02 Advanced Algebra (100 points).
1.Qiu Weisheng, Advanced Algebra (Second Edition), Volume I and II, Higher Education Press, 2002, 2003.
Advanced Algebra Study Guide (Volume I), Tsinghua University Press, 2005.
Advanced Algebra Study Guide (Volume II), Tsinghua University Press, 2009.
2.Lan Yizhong, A Concise Course in Advanced Algebra (Volume I and II), Peking University Press, 2003 (1st edition, 2nd printing).
03 Analytic Geometry (50 points).
1.Qiu Weisheng, Analytic Geometry (Second Edition), Peking University Press, (Chapter 7 is not examined).
2.Wu Guanglei, Tian Chou, A Concise Course in Analytic Geometry, Higher Education Press, 2003.
04 Real variable function (50 points).
1.Zhou Minqiang, Theory of Real Variable Functions, Peking University Press, 2001.
05 Complex variable function (50 points).
1.Fang Qiqin, Complex Variable Function Course, Peking University Press.
06 Functional analysis (50 points).
1.Zhang Gongqing and Lin Yuanqu, Lecture Notes on Functional Analysis (Volume I), Peking University Press.
07 Ordinary Differential Equations (50 points).
1.Ding Tongren and Li Chengzhi, Ordinary Differential Equations Course, Higher Education Press.
2.Wang Kaohsiung, Zhou Zhiming, Zhu Siming, Wang Shousong, Ordinary Differential Equations (Second Edition), Higher Education Press.
3.Ye Yanqian, Lecture Notes on Ordinary Differential Equations (Second Edition), People's Education Press.
08 Partial Differential Equations (50 mins).
1.According to the known, the coordinates of point A can be calculated as (0,6) and point B as (8,0). >>>More
Point A about the line x+2y=0 symmetry point is still on the circle then the center of the circle is on the line x+2y=0, and the point a is on the line x-y+1=0, since the chord length of the line x-y+1=0 truncated circle is 2 times the root number 2, then the perpendicular line of this string is over the center of the circle, and the perpendicular line passes through the point (1,2), the perpendicular equation is x+y-3=0, the center of the circle is the intersection of the line x+2y=0 and the straight line x+y-3=0, the intersection point is (6,-3), and the equation of the circle is (x-6) 2+(y+3) 2=(2-6) 2+(3+3) 2=52
The circle intersects the line m -4 3 0,+
The circle is tangent to the straight line m=0 or -4 3 >>>More
It is to find his extremely linear independent part group.
1) When m=-1, a is (0,1) and b is (,. Simultaneous y=kx and x 2+4·y 2=4, x1+x2=0, x1*x2=(-4) (1+4k 2), y1+y2=0, y1*y2=(-4k 2) (1+4k 2), and then use the chord length formula to get cd as 4*(1+k2) (the area of the triangle acd and the triangle bcd can be calculated by using the distance from a and b to y=kx, and the sum of the areas is the quadrilateral area, and the final expression is. >>>More