Mathematics (1)
Candidates should know or understand the basic concepts and theories of functions, limit, continuity, differential calculus of univariate functions, integral calculus of univariate functions, vector algebra and spatial analytic geometry, calculus of multivariate functions, infinite series, ordinary differential equations and determinants in linear algebra, matrices and linear equations.
Master or learn the basic methods of the above parts; Pay attention to the structure of each part of knowledge and the internal relationship of knowledge; They should have certain computing ability, logical reasoning ability, spatial imagination ability and abstract thinking ability.
Be able to use basic concepts, basic theories and methods to make accurate and simple calculations, and be able to reason and prove correctly; Pay attention to the cultivation of mathematical application ability, and be able to analyze and solve relatively simple practical problems by comprehensively applying the knowledge learned.
Mathematics (2)
Candidates should know or understand the basic concepts and theories of function, limit, continuity, univariate function differential calculus, univariate function differential calculus, multivariate function differential calculus, infinite series, ordinary differential equation, determinant, matrix and linear equation in linear algebra. Master or learn the basic methods of the above parts; Pay attention to the structure of each part of knowledge and the internal relationship of knowledge.
Should have certain calculation, logical reasoning, spatial imagination and abstract thinking ability; Be able to use basic concepts, basic theories and methods to make accurate and simple calculations, and be able to reason and prove correctly; Pay attention to the cultivation of mathematical application ability, and be able to analyze and solve relatively simple practical problems by comprehensively applying the knowledge learned.
similar
(A) the same test questions
Whether it is Math 1 or Math 2, the exam questions include multiple-choice questions, fill-in-the-blank questions, calculation questions and application questions.
(2) The examination forms are the same.
Both of them take the form of closed-book written examination.
(3) The test scores are the same.
The scores of the two are the same, with 30 multiple-choice questions, 20 fill-in-the-blank questions, 40 calculation questions and 10 application questions.
(D) "Linear Algebra" examines the same knowledge points
There are only two parts in the investigation of mathematics in the public course, "Advanced Mathematics" and "Linear Algebra", and the contents of the "Linear Algebra" between Mathematics I and Mathematics II are exactly the same.