Through the study of this course, students should master: function and limit; Unary function calculus; Vector algebra and spatial analytic geometry: multivariate function calculus; Infinite series (including Fourier series); The basic concepts, basic theories and basic operation skills of differential equations lay the necessary mathematical foundation for the following courses and further acquisition of mathematical knowledge.
2. Advanced Mathematics B is an important basic theory course required by engineering undergraduates, which serves to train high-quality professionals needed by China's socialist modernization.
Through the study of this course, students should master: function and limit; Unary function calculus; Vector algebra and spatial analytic geometry; Multivariate function calculus; Infinite series (including Fourier series); The basic concepts, basic theories and basic operation skills of ordinary differential equations lay the necessary mathematical foundation for the following courses and further acquisition of mathematical knowledge.
3. Advanced Mathematics C is a compulsory basic theoretical course for engineering undergraduates (such as architecture and urban planning) and engineering undergraduates who have low requirements for mathematics. Cultivate high-quality professionals for China's socialist modernization.
Through the study of this course, students should master: function and limit; Unary function calculus; Ordinary differential equation; Vector algebra and spatial analytic geometry; The basic concepts, basic theories and basic operation skills of multivariate function calculus lay the necessary mathematical foundation for the study of subsequent courses and further acquisition of mathematical knowledge.
4. Advanced Mathematics D is a compulsory basic theory course for students who have low requirements for mathematics (such as liberal arts majors), which serves to cultivate high-quality professionals needed by China's socialist modernization.
Through the study of this course, students should master: function and limit; Unary function calculus; Ordinary differential equations, etc.