Is it difficult for girls to learn computer network technology if they are not good at math?

It's not big, because learning computer science is all about starting from scratch. As long as you choose your own computer, you will follow it from the beginning, learn the basics of computer science, and then learn the professional knowledge and technology you like, and follow these slowly, let's just not slack off. As long as you study hard, you can learn.

It's not big, it's all zero-based teaching. The college has a major specially set up for junior high school graduates, which is mainly to learn computer application skills, emphasizing practical operation ability, and junior high school graduates can learn well; The professional computer school can teach students according to their aptitude, so that junior high school graduates can not only learn computers, but also learn, learn well, and successfully find employment.

In computers, I was good at math, and I went to programming. For you to learn computer networking, depending on which stage you want to learn, if it is beginner, intermediate should be okay, if you want to learn advanced then you still have to learn mathematics, after all, the foundation of computer also includes the content of mathematics.

People who are not good at math can study computer science. In fact, mathematics has little to do with computers, although computers are difficult, but they can learn to answer questions if they study seriously.

Judging from the enrollment of computer majors, some schools recruit junior college students, and some schools even recruit liberal arts students, which shows that computer majors do not have high requirements for mathematics.

Even if you encounter a place where you need to use mathematics, it is very simple, just follow the formula and substitute it into it, and there is no need for particularly complex calculations.

Computer science is mainly related to programs and **, of course, it will also involve some algorithms, but they are relatively simple, as long as you concentrate on learning the professional courses well.

There are many directions in computer science, you can choose a direction that you are good at, or you can choose a direction that is more popular at the moment.

Interest can defeat everything, everything is possible, so students who are interested in computers can learn, as long as they are willing to learn, they will definitely be able to learn well.

Let me give you an example

This way you are more. Du understands.

Learn computers. Zhi In particular, programming requires DAOs to have strong logical thinking skills!

That's all there is to it, I hope you understand!

A lot of it is to study advanced mathematics.

I don't know anything else

Whether you need to learn mathematics or not depends on what you want to learn about computers

1. If you want to engage in software design, you must learn some, 2. If you only operate and apply other majors that do not need mathematics, you don't need to learn, 3. If you want to engage in engineering computing and other majors that require mathematical knowledge, of course, you must learn.

Therefore, you should not be in a hurry, but first understand your goals.

Judging from your question, you should be new to computers, it is recommended that you learn some basic operation knowledge first, and then, according to your work and life needs to make a decision, I am a teacher in the School of Computer Science, I think you are more suitable to study computer applications! Mathematics is the soul of computers, don't choose software and computer science technology!

If you are poor in English and mathematics, don't learn programming, your actual situation may be better to learn advertising design;

I have a colleague who is old this year, also at the technical secondary school level, who attended the design class training in the evening, and is now a typography designer These answers are excerpted and summarized by me, hoping to provide convenience to friends.

It can only be said that question.

Come on, Lord, you think.

The source is too far away. Software development requires more knowledge than math is important. Like what.

DAO English. Whereas, mathematics is the least important knowledge for most people. Why? Does understanding pointers and polymorphisms in C++ require math? A complex system architecture doesn't require a little math knowledge, and you just can't understand it.

Software development is all about the use of languages, SDKs, and tools. Common ones such as Android development, ** development does not require any mathematical knowledge. Only game development requires a little bit of simple Newton's laws of motion and circular and parabolic motion.

If mathematics is probably only used by 3D game engines, very intelligent artificial intelligence, such as the complex AI of the computer in the fighting game to deal with the player, the cooperation of zombie monsters in Resident Evil, the use of strategy to outflank the player and the memory function, and the high-tech disciplines such as aerospace will use a little more complex mathematical knowledge. And that's something that only computer experts need to master. So the subject, do you think too much, or first care about why your program can't be programmed and always report errors!

A:Many friends often have this misunderstanding, thinking that they are not good at math or English, is it not possible to learn computers? In fact, these are all misunderstandings, which we will analyze below.

You can learn computers even if you are not good at math. This is not the deciding factor in whether or not to learn a computer. Studying computer science mainly depends on whether you can endure this hardship and whether you can persist in studying on your own.

Generally, computer-related courses are offered in the first and second years. If you are good at mathematical logical thinking, it will be helpful for you to learn computers. But if you are not good at math, you can also learn computers, but it will be harder.

In the future, they may tend to focus on computer software development rather than continuing their studies to do some algorithms. If you are directly engaged in software front-end and back-end development, it mainly depends on your proficiency in computer languages and whether you will write more and do some projects. When doing these things, it is more of an exercise of logical thinking.

You don't need a very advanced level of mathematics;

So how do you learn to use a computer well?The main thing is to take more time out to learn and train your coding skills. At this time, because your mathematical foundation is not good, and then you don't decide to continue the graduate school entrance examination. Then it is recommended that you do not learn artificial intelligence, data mining algorithms, and other related things.

These things are basically done by a master's or a doctorate. We just need to learn a language well, with one of the main languages as the main one, supplemented by the other languages, and learn the most important one. At a certain point, you can also get a good job.

As for which computer language to choose, we will discuss it later, and here I mainly tell you that as long as you are interested, you can rest assured that you can boldly study computer-related majors.

If you are not good at mathematics, you can study computer science, which is not very related to mathematics, but has a greater relationship with English, and there is more English in computer language.

Computer science is a wide-caliber major that combines computer hardware and software, is system-oriented, and focuses on applications. Through basic teaching and professional training, we will cultivate senior talents with solid basic knowledge, broad knowledge, strong engineering practice ability, pioneering and innovative consciousness, and engaged in scientific research, education, development and application in the field of computer science and technology. The main courses offered in this program are:

Electronic Technology, Discrete Mathematics, Programming, Data Structure, Operating System, Computer Composition Principle, Microcomputer System, Computer System Structure, Compilation Principle, Computer Network, Database System, Software Engineering, Artificial Intelligence, Computer Graphics, Digital Image Processing, Computer Communication Principle, Multi-information Processing Technology, Digital Signal Processing, Computer Control, Network Computing, Algorithm Design and Analysis, Information Security, Fundamentals of Applied Cryptography, Information Countermeasures, Mobile Computing, Number Theory and Finite Field Fundamentals, Human-machine interface design, object-oriented programming, etc.

You can learn, and they are all taught from scratch. The college has a major specially set up for junior high school graduates, which is mainly to learn computer application skills, emphasizing practical operation ability, and junior high school graduates can learn well; The professional computer school can teach students according to their aptitude, so that junior high school graduates can not only learn computers, but also learn, learn well, and successfully find employment.

Mathematics is the foundation of computers, and computer majors have a lot of energy to learn mathematics, and if they have poor mathematical skills, it will be very difficult to learn. Boys and girls don't matter, there is a so-called math. If you are struggling to learn mathematics, it is better to change to another major.

Judging from the current situation, in fact, it is very good to choose to learn computers, and you basically don't have to worry about finding a job when you come out, and some can also start your own business.

Learning computers is mainly self-taught.

Computers are very important for beginners and teachers, but later they will have to rely on self-study. Self-learning ability is particularly important for computer learning, the reason is that the computer is developing rapidly, and only by mastering self-learning methods and having self-learning ability can we cope with the ever-changing development situation of computers.

Learn to use your hands on a computer.

Computer science is a very practical subject, and you can't learn it without hands. Since the day of the birth of the computer, people have been shrouded in mystery, and many monographs are like"Book from the sky", which is intimidating for beginners. But why do so many children use computers so well?

Where's the trick? Do it! You will feel it as soon as you use your hands"I see"、"Nothing is a big deal"!

In this way, it will be easier and more interesting to learn. Using your hands and brains is the basic mode of computer learning, and you can naturally abandon that kind of rote memorization"On paper"The learning mode is both hands-on and brain-moving, forming a lively learning atmosphere. Hands-on work can also strengthen the excellent study style of integrating theory with practice and cultivate the spirit of hard work.