Mathematics 1:

Advanced mathematics (calculus of functions, limit, continuity, univariate functions, vector algebra and spatial analytic geometry, calculus of multivariate functions, infinite series, ordinary differential equations); Linear algebra; Probability theory and mathematical statistics.

Math 2:

Advanced mathematics (function, limit, continuity, one-variable function calculus, differential equation); Linear algebra.

Math 3:

Advanced mathematics (function, limit, continuity, unary function calculus, multivariate function calculus, infinite series, ordinary differential equations and difference equations); Linear algebra; Probability theory and mathematical statistics.

Math 4:

Advanced mathematics (function, limit, continuity, unary function calculus, multivariate function calculus, ordinary differential equations); Linear algebra; Probability theory.

Learning the basic knowledge of mathematics, just like squatting in martial arts, is the premise and foreshadowing of subsequent learning and development. Without this foreshadowing or this foreshadowing is not solid, it will be difficult to study in the future. As the saying goes: the foundation is not firm, and the ground shakes. Basis refers to basic concepts (including various definitions, regulations and mathematical terms), basic formulas, theorems and basic methods (including calculation methods and proof methods); How can we lay a good foundation?

First of all, we should understand the meaning of basic concepts, the premise of using basic formulas and theorems, the logical relationship between conclusions and conditions, and the basic methods through certain exercises.

Some students don't pay attention to the study and training of basic knowledge, and want to chew on difficult exercises from the beginning. As a result, the efficiency is very low, the progress is very slow, and it is difficult to improve in the future. At the same time, it is easy to hit and dampen their enthusiasm and confidence, so everyone should avoid this practice.