Postgraduate Entrance Examination Number 1 and Number 2 Review Questions 20

There is no need to buy the whole book to review it, but the real questions are still the number two, their test points are different, the focus is also different, don't be afraid of a temporary delay and spoil the long-term event.

There's no need, it's all about methods, but if you have enough time, it's okay to check it out, at least learn about the types of questions.

It's hard to say, first of all, the scope of the Math 1 and Math 2 exams is different.

Mathematics I examines advanced mathematics, linear algebra, and probability and statistics. Math II only has Advanced Mathematics and Linear Algebra.

3.Mathematics 1 mainly examines a lot of content and is more miscellaneous, while Mathematics 2 examines relatively little content (infinite series, surface division and other contents in advanced mathematics are not examined), but it is more difficult. In the section of Advanced Mathematics, Math 2 is generally more difficult than Math 1.

Because the content of the examination is small, it can only increase the difficulty.

4.As for the easy to get a high score, the key depends on yourself, if you can grasp the knowledge of a wide range of points, but the depth is a little lacking, it is recommended that you choose mathematics one. If you have an okay depth of thinking, but you are not sure how much content you can grasp, it is recommended that you choose Math 2.

Generally speaking, counting one is the most difficult, counting one is the most difficult of the three, first of all, it is more difficult than counting two and three, and secondly, the difficulty and depth of the test questions are greater. The contents to be tested are:

Advanced Mathematics: Functions, Limits, Continuity, Unary Functions Calculus, Vector Algebra and Space Geometry, Calculus of Multivariate Functions, Series, Ordinary Differential Equations. Line generation:

Determinants, Matrices, Vectors, Systems of Linear Equations, Eigenvalues and Eigenvectors of Matrices, Quadratic Probability Theory and Mathematical Statistics: Random Events and Probabilities, Random Variables and Their Probability Distributions, Multidimensional Random Variables and Their Distributions, Numerical Characteristics of Random Variables, Law of Large Numbers and Central Limit Theorem, Sample and Sampling Distributions, Parameter Estimation, Hypothesis Testing. For the number one major, it is also and mathematics.

Two, the number three is different. Most of the students who take the number one exam are academic majors. Mechanics, Mechanical Engineering, Optical Engineering, Instrument Science and Technology, Power Engineering, Electrical Engineering, Control Science and Engineering, etc.

Numbers 2 and 2 are less than 1 in terms of content, and the subject is probability, which is slightly lower than the number 1 and slightly higher than the number 3. The contents of the second test are:

High Numbers: Limits, Applications of Derivatives and Derivatives, Median Theorem, Indefinite Integrals, Definite Integrals, Applications of Definite Integrals, Differential Calculus of Multivariate Functions, Double Integrals, Ordinary Differential Equations. Line generation:

The correlation and rank of determinants, matrices, and vector groups, linear equations, eigenvalues, and eigenvectors are generally master's degrees, and of course, there are some master's degrees that are required to take number one. Textile Science and Engineering, Light Industry Technology and Engineering, Agricultural Engineering, Forestry Engineering, Control Engineering, Integrated Circuits, Communication Engineering, etc.

The number two is relatively simple, and it is recommended that the sooner you prepare for the postgraduate entrance examination, the better, so that the foundation will be more solid.

In terms of content, Math 1 itself has more content than Math 2. For example, mathematics II does not test probability theory, triple integrals in the second volume of high mathematics, curve integrals and other parts are not tested, and nearly half of the content is missing in mathematics first. If there is less content, it will be much less difficult to review, and of course the examination will be more detailed!

Judging from the difficulty of the test questions, some candidates said that it took a total of five minutes from the first question to the last question. Especially the several multiple-choice questions at the beginning of mathematics, it is too difficult, and the mentality of many candidates has collapsed. Of course, Math 2 is not easy!

In fact, the difficulty is about the same, but counting two is less than counting one, and if you want to do math well, you have to brush the questions carefully.

Postgraduate Mathematics 1 and Mathematics 2 are for science and engineering, and Mathematics 3 is for management, and the difficulty comparison is: Postgraduate Mathematics 1, Postgraduate Mathematics 2, and Postgraduate Mathematics 3. That is, Math 1 is the most difficult, and Math 3 is the easiest.

Mathematics is more difficult, this test is more comprehensive, for science and engineering and mathematics related to the major, mathematics second, for science and engineering general disciplines, such as computer, biochemistry and so on. Mathematics three is simple, generally financial accounting, management.

The mathematics test is different for different majors, some take the first test and some take the second test.

There is no doubt that it is difficult to count one, there is a lot of content in the exam syllabus, and it is also more difficult, do you still need to ask?

Number 1: Higher Mathematics, Linear Algebra, Probability and Statistics.

Number 2: High Numbers, Partial High Numbers, Probability and Statistics.

Linear algebra is difficult for many college students, especially when they are going to graduate school. Two linear algebra problems are not easy.

To sum up, counting two is easy.

Hahaha, of course, it's more difficult to count one, but in fact, the difficulty is not much different, but the content of the review is more linear algebra and probability than mathematics two.

It is more difficult to count one, the test is more complete, and the number two is relatively simple.

On the whole, it is still one of the best.

Use the data to speak, and look at the average score of the top two each year to know which one is harder.

The difficulty of counting one, two, and three decreases in turn.

Computer number one, others computer major.

The difference between the top two of the postgraduate entrance examinations is that the objects are different, the examination subjects are different, the applicable majors are different, and the enrollment direction is different.

First, the object is different.

1. Mathematics I mainly corresponds to science and engineering.

2. Mathematics II mainly corresponds to agriculture.

2. The subjects of the examination are different.

1. The main subjects of Mathematics I are advanced mathematics, linear algebra, probability theory and mathematical statistics.

2. The main subjects of Mathematics II are Advanced Mathematics and Linear Algebra. Probability theory and mathematical statistics are not examined, and the questions are easier.

3. The applicable majors are different.

1. Mathematics 1 is for science and engineering majors with high mathematical requirements, and the applicable majors are mainly all the second-level disciplines in the first-level disciplines of management science and engineering in the engineering and management categories.

2. Mathematics 2 is for agriculture, forestry, land, mining, oil and other majors with lower requirements for mathematics, and the applicable majors include all secondary disciplines in the first-level disciplines such as textile science and engineering, light industry technology and engineering, agricultural engineering, forestry engineering, food science and engineering, etc.; Materials Science and Engineering, Chemical Engineering and Technology, Geological Resources and Geological Engineering, Mining Engineering, Petroleum and Natural Gas Engineering, Environmental Science and Engineering, and other first-level disciplines with low mathematical requirements.

Fourth, the enrollment direction is different.

1. Mathematics I is applicable to all the second-level disciplines in the first-level disciplines of mechanics, mechanical engineering, optical engineering, instrument science and technology, metallurgical engineering, electrical engineering, electronic science and technology, information and communication engineering, control science and engineering, computer science and technology, civil engineering, hydraulic engineering, surveying and mapping science and technology, transportation engineering, ship and ocean engineering, aviation and astronautics science and technology, weapons science and technology, nuclear science and technology, and biomedical engineering.

2. Mathematics II is applicable to all the second-level disciplines in the first-level disciplines of textile science and engineering, light industry technology and engineering, agricultural engineering, forestry engineering, food science and engineering, etc.

It's harder to count one.

Many people will think that counting one is the most difficult, counting three times, counting two is the easiest, indeed, due to the small scope of investigation, although the test will be relatively fine, but relatively speaking, the knowledge points mastered are less, and it is easier to review.

However, the difficulty of counting one and counting three is not good, after all, the two volumes focus on different fields of investigation. Some people think that counting one is much more difficult than three, but in fact, it is not, and the focus is different.

The difference between the first and second in mathematics for graduate school.

Mathematics linear algebra, advanced mathematics and probability theory and mathematical statistics are all examined, and the examination is relatively comprehensive, and the questions are relatively difficult, of which linear algebra accounts for 22%, probability theory and mathematical statistics account for 22%, and advanced mathematics accounts for up to 56%. In the number one, two, three, the scope of the number one examination is the widest, basically the entire textbook has to be tested.

The content of the postgraduate mathematics II exam is only linear algebra and advanced mathematics, of which linear algebra accounts for 22%, and the proportion of advanced mathematics is 78%, and the range of linear algebra in number one, two, and three is about the same, while the number two in advanced mathematics has been deleted a lot, such as vector algebra and spatial analytic geometry, triple integral, curve integral, surface integral and infinite series have been deleted, and they are not examined.

The difference between the top two in the postgraduate entrance examination is as follows:

1. The objects are different.

Mathematics 1 mainly corresponds to science and engineering; Mathematics II mainly corresponds to agriculture;

2. The test subjects are different mathematics.

Including: advanced mathematics, linear algebra, probability theory and mathematical statistics, the test is relatively comprehensive, and the questions are relatively difficult.

Mathematics II includes: Advanced Mathematics, Linear Algebra.

The scope of the Postgraduate Mathematics I and Mathematics II exams is different:

Mathematics I: 56% in Advanced Mathematics, 22% in Linear Algebra, 22% in Probability Theory and Mathematical Statistics

Mathematics I: 78% in Advanced Mathematics and 22% in Linear Algebra

Mathematics is the most content, but it is also more difficult. Every year, the number of people who have not crossed the national line in mathematics is crowded. Mathematics 1 has more books than mathematics 2, that is, probability theory and mathematical statistics, and the high mathematics section focuses on triple integrals, Gauss, Euler's theorem and Fourier equations.

And these math two are not. Although Mathematics 2 does not take this part of the content, it will be more difficult to focus on it, and the coincidence and indefinite integrals of the higher mathematics part of Mathematics 2 will be more difficult.

Then there's linear algebra, which has little difference because linear algebra has less content. The last one is the probability theory part, which I personally think is more difficult. It's also the reason why it's so hard to count one.

Graduate school entrance examination. Mathematics 1 is the examination for students applying for science and engineering, and the content of the exam includes advanced mathematics, linear algebra and probability theory and mathematical statistics, and the content of the exam is the most.

Mathematics 2 is the examination for students who apply for agriculture, and the content of the exam is only advanced mathematics and linear algebra.

Graduate School Entrance Examination Mathematics 1 is the most difficult.

The content of counting one is about half more than that of counting two. The extra content is probability theory, triple integration of high numbers, surface division of curves, spatial analytic geometry, infinite series, and various small knowledge points, such as vector space of line algebra, Fourier series of high numbers, Euler equations, etc. The time and effort to review the knowledge points alone requires half as much as the number one is half that of the number two.

This means that when the second-ranked students are brushing up the questions to strengthen the questions, the first-round foundation of the first-ranked students is not over.

The average score of Mathematics 1 has always been the lowest. Some people may use the average score of the number two in a given year to prove that the number two is not easy. But this logic is problematic.

When using data for analysis and argumentation, it is known that it is necessary to discard unusually large or unusually small data (outliers), which will affect representativeness. For example, when the judges score, the highest score and the lowest score are usually removed in the end, and then the average value is taken.

The difference between mathematics 1, 2 and 3 is that it is applicable to different majors, the difficulty of the examination is different, and the content of the examination is also different, mathematics 1 is the most difficult, suitable for disciplines with higher requirements for mathematics in engineering, followed by mathematics 2 difficulty, suitable for disciplines with lower requirements for mathematics in engineering, and mathematics 3 has the least difficulty, mainly applicable to economics and management majors. The details are as follows:

1. Must use the subject major of Mathematics I.

All the second-level disciplines and majors in the first-level disciplines of engineering, such as mechanics, mechanical engineering, optical engineering, instrument science and technology, metallurgical engineering, power engineering and engineering thermophysics, electrical engineering, electronic science and technology, information and communication engineering, control science and engineering, computer science and technology, civil engineering, hydraulic engineering, surveying and mapping science and technology, transportation engineering, ship and ocean engineering, aeronautics and astronautics science and technology, weapons science and technology, nuclear science and technology, and biomedical engineering.

2. Must use the subject major of Mathematics II.

All the second-level disciplines and majors in the first-level disciplines such as textile science and engineering, light industry technology and engineering, agricultural engineering, forestry engineering, food science and engineering, etc.

3. Mathematics 1 or Mathematics 2 must be selected (determined by the enrollment unit).

In the first-level disciplines of engineering categories, such as materials science and engineering, chemical engineering and technology, geological resources and geological engineering, mining engineering, petroleum and natural gas engineering, environmental science and engineering, etc., mathematics 1 is selected for the secondary disciplines and majors with higher requirements for mathematics, and mathematics 2 is selected for those with lower requirements for mathematics.

4. Must use the subject major of Mathematics III.

All first-level disciplines in the field of economics.

The first-level disciplines of business administration and agriculture and forestry economic management in the category of management.

The first-level discipline of management science and engineering is awarded the degree of management.