1, suitable for different majors.

Advanced Mathematics A is an important basic theoretical course for students majoring in science (non-mathematics).

Advanced Mathematics B is an important basic theoretical course for engineering undergraduates.

Advanced Mathematics C is a compulsory basic theoretical course for students majoring in engineering (such as architecture and urban planning) and engineering colleges who have low requirements for mathematics.

Advanced Mathematics D is a compulsory basic theory course for students who have lower requirements for mathematics (such as liberal arts majors).

2. Different learning contents

Advanced Mathematics A: Function and Limit; Unary function calculus; Vector algebra and spatial analytic geometry: multivariate function calculus; Infinite series (including Fourier series); Basic concepts, basic theories and basic operation skills in differential equations.

Advanced Mathematics B: Function and Limit; Unary function calculus; Vector algebra and spatial analytic geometry; Multivariate function calculus; Infinite series (including Fourier series); Basic concepts, basic theories and basic operation skills of ordinary differential equations.

Advanced Mathematics C: Function and Limit; Unary function calculus; Ordinary differential equation; Vector algebra and spatial analytic geometry; Basic concepts, basic theories and basic operation skills in multivariate function calculus.

Advanced mathematics D: function and limit, calculus of unary function; Ordinary differential equations, etc.

3, the difficulty is different

The order of difficulty is: advanced mathematics A, advanced mathematics B, advanced mathematics C and advanced mathematics D. ..