Lecture mode Dr. Monkey directly talks about key issues, interspersed with knowledge points during lectures. Although he doesn't go through all the theoretical knowledge first like a school teacher, in fact, the knowledge points are comprehensive and the steps to solve problems are clear. You can recite the questions directly and improve your test-taking ability quickly in a short time.
The course duration of Dr. Monkey is relatively short, such as electromagnetism, 4 hours. People who haven't studied at ordinary times can master all the key points of knowledge after reading the basics, and the curriculum framework is set up, and the problem-solving template can be directly applied, so the learning cost is really low.
The lecture notes of Dr. Monkey attached to the course are also very useful. There are many key examples and summary of knowledge points that must be tested, which is very suitable for use with pre-test videos. Gao and Gauss's classroom teaching methods are similar to those of teachers in normal schools. Let's talk about theory first and then examples, with emphasis on concepts, theorems and so on.
There's not much to talk about. If there are lectures in class, there is no need to buy these two courses. I feel that they are not helpful to review and there are not enough examples. I need to find more questions to do after class and sum up my own solutions. Relatively speaking, the learning cost is a bit high.
Gauss spoke in detail in class, but because he usually listens to the teacher a little, he feels similar to what the teacher said. It's a waste of time to read too many concepts in front, and we have to pull the progress bar, so the ability to take the exam is gradually improved. Besides, Uncle Shu Gao and Gauss like to use writing tablets in class, which seems uncomfortable and unclear.
Dr. Monkey's learning experience is the best of the three. I like this kind of teaching you to do the problem directly without wasting time. The problem-solving template is very easy to use, and the teacher writes clearly on the blackboard. After reading the course, it is no problem to fail, and there are ways to get high marks.
Write down the key and difficult problems in each chapter, then use the teacher's ppt to learn the principle and derivation process, and then do the after-school questions. Basically, all the contents of this course can be completely mastered, which is very efficient and can be imitated when you have time.