1, multiple-choice questions: **8 small questions, with 4 points for each question and ***32 points. Multiple-choice questions are in the form of one of four choices, which mainly examines basic concepts and calculations.
2. Fill in the blanks: **6 small questions, each with 4 points and ***24 points. Fill-in-the-blank questions mainly examine basic calculation and reasoning ability.
3. Solution questions: including proof questions, ***9 small questions, ***94 points. Solving problems is the key part of postgraduate mathematics, which mainly examines the comprehensive application of knowledge and problem-solving ability. Among them, functions, multivariate calculus, calculus equations, series, etc. Most of the major problems need a lot. No matter whether there is a big problem in the part of linear algebra, we should look at it, because line generation is a whole and ideas run through it. The part of probability theory and mathematical statistics mainly investigates the probability distribution and the calculation of functions.
Candidates should review all the knowledge points in the process of preparing for the exam, and pay special attention to the comprehensive application of basic concepts, basic calculations and knowledge. At the same time, we should be familiar with the problem-solving methods and skills of various questions, and practice through simulated questions and real questions over the years to improve the speed and accuracy of problem-solving Allocate time reasonably in the exam, solve problems in the order of easy first and then difficult, and ensure that all questions have answers.
Postgraduate entrance examination mathematics employment prospects;
1. Academic research and scientific research institutions: Mathematics, as a basic discipline, is the cornerstone of many scientific research fields. After graduation, graduate students can engage in research work in mathematics or related disciplines in various scientific research institutions, universities or research institutes to promote academic progress.
2. Government agencies and enterprises: Graduates majoring in mathematics have a wide range of employment opportunities in government agencies and various enterprises. They can engage in data analysis, financial modeling, risk management, IT project management and other positions to provide data support for enterprise and government decision-making.
3. Education industry: Mathematics graduates can choose to be a teacher and teach mathematics knowledge to students. They can be teachers in primary and secondary schools, universities or training institutions to train the next generation of mathematics talents.
4. Information technology and IT industry: With the rise of big data and artificial intelligence, mathematics plays an increasingly important role in information technology and IT industry. Mathematics graduates can engage in data analysis, algorithm development, machine learning and other work in IT enterprises.
5. Cross-disciplinary application: As an instrumental discipline, mathematics is closely integrated with other fields. For example, in physics, chemistry, biology, engineering and other fields, mathematics graduates can engage in research and development and technical support in related fields.
6. Financial industry: There is a great demand for mathematical talents in the financial field. Mathematics graduates can engage in risk assessment, investment analysis, actuarial work in banks, securities, insurance and other financial institutions.