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Probability and mathematical statistics. Learning this is not required in number two, but it is required in number three. At the same time, we should pay attention to the outline changes every year and focus on review.
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Advanced mathematics. All three will depend on each other, and the proportion is the largest, which is also the top priority of review.
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four
From a professional point of view. Number one is a student of science and engineering, number two is a student of agriculture, and number three is a general economics exam.
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five
In terms of difficulty, it is also in the order of 123, and the difficulty decreases in turn.
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six
Don't think it will be much easier to get the second place, but it is not. The proportion of high numbers in number two will be higher, and the difficulty is not low.
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What's the difference between three plus one?
1, the applicable enrollment majors are different. Mathematics (1) Applicable enrollment majors include mechanical engineering, electronic science and technology, transportation engineering, control science and engineering, metallurgical engineering, etc. Mathematics (2) Applicable enrollment majors include light industry technology and engineering, agricultural engineering and forestry engineering. Mathematics (3) is suitable for enrollment majors such as statistics and international trade.
2. The content of the exam is different. Mathematics (1) exam content includes spatial analytic geometry and multivariate function integral (except double integral); Mathematics (1) and mathematics (2) have the same content: the physical application of calculus; Mathematics (3) exam content has the economic application of calculus.
The content and requirements of the exams of one of the best and three are similar. The only difference is that there are many vector spaces in mathematics, which are rarely involved in the exam, and have no substantial impact on the candidates' review.
3. The difficulty of the test paper is different. Because there are too many subjects in Math (1) and Math (3), the difficulty of the two papers is the same; Mathematics (2) subjects are few, and the examination content is not difficult.
Mathematics (1) examination subjects include: advanced mathematics, linear algebra, probability theory and mathematical statistics; Mathematics (2) Examination subjects are: advanced mathematics, linear algebra; Mathematics (3) exam subjects are: calculus, linear algebra, probability theory and mathematical statistics.