Lay a foundation for the subsequent theoretical knowledge.

2. In what job will it play a role?

Subsequent research

3. What are the follow-up courses?

Circuit, signal system (Fourier series VP)

4. Have you learned the knowledge used in the following courses?

If you use it, you can't learn advanced mathematics, and you can't get started in university science and engineering. You are not much different from technical school students in optical technology.

5. What is the general outline of this course and the ability after learning?

1 limit, continuous 2 differential and mean value theorem 3 indefinite integral and definite integral 4 partial differential 5 multiple integral 6 curved surface integral 7 series 8 differential equation; Ability after learning: you find that there is almost no pressure on the theoretical knowledge in the later stage of learning, so easy! Get some scholarship or something.

6. Is it practical at work?

Cutting-edge technology requires a high point, and general work (which technical school students can do) has almost no requirements.

7. It is necessary to study advanced mathematics. Even if you learn advanced mathematics, it won't help.

Wrong, the role of learning advanced mathematics is huge ~

In short, if you don't learn advanced mathematics, you won't be able to start the follow-up theory. Every day is like a dream. I have classmates, so you are equivalent to reading a junior college, which is not much different from that of technical school students! Therefore, the role of advanced mathematics is enormous, and it is the foundation of any scientific and technological discipline. I think your words look like pragmatists, but remember, in the long run, if you learn what others can't learn and do what others can't do, you will have an advantage!