Is it hard to learn computers if you are not good at math, can you learn computers if you are bad at

It's not hard.

It is really difficult to do calculation questions in the physics exam in college, and it is difficult to figure out how much of the content of the computer exam is related to mathematics, and the data structure is not mathematics.

The framework is not difficult, the god-level programmers have written it in order to use it for you, all you need to do is learn how to use the framework to implement what you want to do, and when you use it more, you will find that the big guys you said may be tools and people are just blowing water.

I don't eat it, because learning computers starts 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.

1.The vast majority of girls struggle with it.

3.Computer majors generally do not consider female students, after all, they have to work overtime and stay up late.

4.Generally, girls choose to become teachers, but the salary is not high.

5.It is still recommended that girls do not study computer science.

If you don't eat, 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.

The entry threshold for IT majors is low, and the salary is getting better and better, and the current job market in the IT industry is not saturated, so it is relatively easy for employees to find a job. If you don't want to continue your studies, it's not bad to choose a vocational and technical school, as long as you learn IT technology well and have the ability, you can find a good job.

You can come here to find out.

At present, China's animation and game industry is in a stage of vigorous development, and there is an extremely high demand for animation and game professionals. And the talents in animation and games who graduate every year are just a drop in the bucket for such a huge market demand. According to authoritative statistics, the national animation and game talent gap is as high as one million, and it is still difficult to find creative and technical animation and game talents with a monthly salary of tens of thousands.

The prospects are very good, zero-based learning, many employment opportunities, decent work, and high salary.

E-commerce is a business activity centered on the exchange of goods by means of information network technology. It can also be understood as being on the Internet.

E-commerce can provide services for the whole process of online transactions and management. Therefore, it has various functions such as advertising, consultation and negotiation, online ordering, online payment, electronic account, service delivery, consultation, transaction management and so on.

E-commerce is integrated with the industry. Driven by the upgrading of industrial structure, the combination of e-commerce and the industry will become closer and closer in the future, and e-commerce is not only a sales channel for enterprises, but also an important way for enterprises to integrate Internet resources.

Summary. If you are not good at mathematics, you can study computer science, because computer science majors mainly offer courses related to computer, composition and design, and there are relatively few algorithms and the like. Even if you encounter a place where you need to use mathematics, it is very simple, as long as you substitute it into it according to the formula, there is no need for particularly complex calculations, compared with high school mathematics, it is simply pediatrics, and students do not need to retreat in mathematics.

If you are not good at mathematics, you can study computer science, because computer science majors mainly offer courses related to computer, composition and design, and there are relatively few algorithms and the like. Even if you encounter a place where you need to use mathematics, it is very simple, as long as you substitute it into it according to the formula, there is no need for particularly complex calculations, compared with high school mathematics, it is simply pediatrics, and students do not need to retreat in mathematics.

However, there are some directions that do not have high requirements for mathematics, such as computer network engineer (operation and maintenance), web application development, mobile terminal development, etc., for most application-level positions, even if the mathematical foundation is relatively poor, they can be competent. Students who are poor in mathematics do not mean that they are not talented in computers, but this does not mean that people with poor mathematics will be able to learn computers well.

<> what is the employment rate of computer science majors in the future?

According to the statistics of the Career Guidance Center of the Ministry of Education, the employment rate of computer application and technology majors in recent years has ranged from 86% to 90%.

Sister, how many majors are there in computer science?

There are 9 sub-majors in computer science, namely computer science and technology, software engineering, network engineering, information security, Internet of things engineering, digital technology, intelligent science and technology, spatial information and digital technology, and electronic and computer engineering.

At present, some universities will first enroll students according to the computer category when enrolling, and then carry out major diversion at the end of the freshman year, which has three advantages, one is that after a year of study, many students will be clearer about their own development direction, and will be more clear when choosing a major.

Oh yes oh yes.

Yes, 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.

If you are very poor at mathematics, it is not recommended that you learn computers, because computers and mathematics are inseparable, and if you are not good at mathematics, you should not be able to learn computers well, and it is better to study other subjects.

It should be possible, you don't have to be good at math to learn computers, because there are many computer subjects. The choice is yours.

You can learn, mainly because you have a good memory and can memorize **.

Hello, it's not difficult, but it will have an impact. As long as you do a computer application technology post instead of an algorithm post, then it will not involve mathematics at all, and it will be very difficult if you are particularly bad at mathematics and have problems with logical thinking. In fact, mathematics has little to do with computers, although computers are difficult, they can be learned if they are studied 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, but 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 be able to learn well.

Summary. My dear, it's hard to learn a computer if you're not good at math.

Can you learn a computer if you are not good at math Won't it be very difficult.

My dear, it's hard to learn a computer if you're not good at math.

Specifically, mathematics is the foundation of computers, and almost all principles are based on mathematics, so if you want to make achievements and make achievements in the line of Ailukey, it is not good to be good at mathematics. If math is really bad, I suggest you don't even study engineering, unless you plan to cheat all the higher mathematics, linear algebra, and probability theory, otherwise you will even face the problem of graduating from a strict university - of course, cheating also risks being caught and expelled.

As a science woman, science is on the upper middle level, what kind of major is suitable for applying?

Is there a college major suitable for some girls with average mathematics?

Science is intermediate and upper-class, and mathematics is generally suitable for applying for the following majors: Chinese Language and Literature, English, Liquid Imitation Drama and Film and Television Culture, Financial Management, Zheng Shu, and Law.

Poor math can learn computers.

You need to look at the major you are studying, there is no problem if you don't require in-depth study of mathematics, the official name of the computer is "computer science and technology", which is the positioning of the major with "theory + practice", so the requirements for mathematics are not very high.

The training objectives of computer science are to master the basic principles, analysis methods and experimental skills of electronic technology and computer composition and architecture, and to be able to engage in the development and design of computer hardware systems.

Master the basic theories, basic knowledge and basic skills of programming language, algorithm and data structure, operating system, software design methods and engineering, have strong programming ability, and be able to engage in the development and development of system software and large-scale application software.

Master the basic theories, analysis methods and engineering practical skills in parallel processing, distributed systems, networks and communications, multi-information processing, computer security, graphic image processing and computer-aided design, and have the ability of computer application and development.

Master the basic theories of computer science and have a solid foundation in computer science research. Interest is the best teacher, if you are not stupid and interested in this, then it is best to choose a major that you like or are interested in, otherwise the four years of college will be particularly tormenting.

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, and we should 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.

Of course, it's possible to learn computers, even if math isn't your forte. While computer science and programming have some relevance to mathematics, it doesn't mean you have to be proficient in mathematics to learn computer scum.

The mathematical concepts involved in computer science mainly include logic, discrete mathematics, algorithms, and data structures. Although these concepts are related to mathematics, their understanding does not depend on advanced mathematical knowledge. Many programming tasks and problem-solving methods focus more on logical thinking, problem analysis, and problem-solving skills.

In the process of studying computer science, you can choose to focus on areas that are less related to mathematics, such as application development, front-end development, database management, etc. These fields are more focused on practical application and problem-solving, with a relatively low reliance on mathematics.

In addition, if you are interested in mathematics, you can also gradually learn mathematics related to computer science, such as linear algebra, discrete mathematics, probability theory, etc. This knowledge of mathematics can bring more benefits to your computer learning and career development.

All in all, computer science is a broad and inclusive subject, and even if math isn't your forte, you can still learn and develop skills in the field of computer leadership. It's important to keep learning motivated, keep practicing and constantly improving your programming skills.

Math proficiency is helpful for learning computer science and programming, but it is not required. Computer science and programming are the subject of logic and problem solving, not just mathematics. In fact, many computer science junkies and programmers don't start out as math majors.

While some programming concepts and applications may involve mathematics, such as algorithms, data structures, and statistics, most common programming tasks do not require advanced mathematical knowledge. Learning to code can improve skills by completing small projects and practices one step at a time. You can look for beginner-friendly programming languages and tutorials to help you get started.

Importantly, learning computer science and programming requires continuous learning and practice, rather than relying solely on math knowledge. So, even though math isn't your strong suit, it's still possible to learn and be proficient in computer science and programming.