What should science students study? Is science easy to learn?

I took the test twice, according to the total score, Chinese, English, mathematics, science and science comprehensive ranking, the first time 587, 116, 114, 127, 238. 2nd 662, 114, 141, 129, 276Girls should learn English, English is very simple, grades are easy to grasp, if you study hard, girls will not have much problem getting 140.

There is a great deal of linguistic uncertainty. I got eight multiple-choice questions wrong in the first year, and my essay in the second year went straight off topic. Therefore, stability should be sought, and it should be no problem for girls to stabilize at 110 points.

Many of my male classmates who scored more than 600 points only scored 70 or 80 points in Chinese, and most of my female classmates scored more than 100 points, which should be an advantage for girls. Mathematics should grasp the basics, strive for medium difficulty, and if you can't do it, give up the high difficulty. I feel that if I get the basic score, 100 points should be fine, and at the same time, I should pay attention to the probability problem, the spatial coordinate system of three-dimensional geometry, and the analytic geometry.

Be careful. In the overall study, I got a perfect score in chemistry and biology. Chemistry must be grasped well, there are 108 points, and it is basically memorized.

Biology should be an advantage for girls, it is more trivial, but it is not difficult to pass the exam, because no one will be able to do it if it is difficult. Physics girls can grasp the exercises in the textbook, of course, if you are very capable, you can consider extracurricular books. In short, when reviewing, the basic content and basic exercises in the book must be done by yourself, remember, there will be unexpected gains in the college entrance examination.

Good luck with your exams.

Let's think about it after the college entrance examination.

It should be good for girls to go to biopharmaceutical, but you haven't finished the college entrance examination yet, so let's talk about it after the exam, after all, the plan can't catch up with the changes!

Whether science is good or not, there is no fixed answer.

Some people have better intelligence and spatial imagination, and learning science is very simple and easy.

At this time, people in this group tend to study hard, memorize formulas in a down-to-earth manner, brush up on questions, and focus on patience and persistence.

However, both of these people are inseparable from basic learning.

So if you want to study hard, first of all, you can't do without the foundation of the textbook, don't understand the formula, memorize the formula, brush the questions after memorizing the formula, and then summarize the shortcomings and mistakes and omissions, and then do more questions until you master it.

Whether science is good or not, this is a question that no one can do for you! Because everyone's comprehension ability, hobbies, thinking style and specialty are different, there is no fixed answer! It's like you ask a person, is it easy to skip 1.5 meters?

Surely different people have very different answers! Some people may find it easy, while others may feel that they are bound to reach the sky!

The point is: Science is not difficult and wonderful, but you need to pay attention to the basics.

Background: I majored in science in high school and 211 engineering in college (guessing that the subject was a first-year high school subject, I was more biased, and I had a perennial passing grade in language and politics, which I could not have a profound comparison with my own liberal arts).

It is not difficult to learn science, and the reason why science is science is because it is reasonable, and the system of science is from the bottom up, and it is summarized and piled up by one very basic principle and viewpoint after another. It can also be directly connected to life.

When I feel that science is difficult, it is often the time when a new concept has the concepts that have been learned, but the understanding of the concepts that have been learned is vague (Tianshu). In this case, we must settle down to review and ponder the vague concepts, and the bigger the gap, the more we need to fill it from the basics. (It is best to understand it in connection with the reality of life, such as the mass of an egg is about 50g, and the atom is 1mol (one).)

For example, a prime number: a natural number greater than 1, if it is not divisible by other natural numbers except 1 and itself; Otherwise, it is called a composite number. After knowing the concept of divisibility and natural numbers, the concept of prime numbers is very clear, but you can count according to this concept without specifying yourself, 123456....

One by one, the prime numbers come out with 2, 3, 5, 7....Then you can retrofit the concept of prime numbers, and you can appreciate the beauty of drawing inferences.

Science is not difficult, and the score is also a reflection. Science questions are basically a few concepts, clarifying the concept is the focus of the question, and then it is a routine problem: sort out the topic information one by one, find out the relevant conceptual entities (such as the voltage, resistance, power, etc. of a), and then come out according to a set of learned conceptual formulas.

As for the question-making skills, it is also after clarifying and analyzing the concept and purpose of each step of some examples, the next time you see a similar question, you will have ideas for reference. To achieve a universal pass, the efficiency of brushing questions is rapidly improved, and even selectively not brushed.

1. Mathematics: Mathematics and Applied Mathematics, Information and Computing Science;

2. Physics: Physics, Applied Physics;

3. Chemistry: Chemistry, Applied Chemistry;

4. Biological Sciences: Biological Sciences, Biotechnology;

5. Astronomy: Astronomy;

6. Geology: geology, geochemistry;

7. Geographic Sciences: Geographic Sciences, Resources and Environment and Urban and Rural Planning Management, Geographic Information System;

8. Geophysics: Geophysics;

9. Atmospheric Sciences: Marine Science, Applied Meteorology.

1. Language major.

Foreign languages, including minor languages. English, Korean, Japanese, French, German, etc., are becoming more and more popular with China's internationalization. Foreign language classes have a wide range of employment, and you can go to colleges and universities and tutoring institutions to teach.

You can also go to foreign companies and multinational companies to translate. Especially for simultaneous translation, the salary is very high, and the science girls are clear and careful, especially suitable for learning.

School recommendation: There are many colleges and universities with minor language majors, and the teachers of different colleges and universities are very different, which directly affects the future employment situation.

1st Institution: Beijing University of Foreign Chinese, Beijing Second University of International Studies and Chinese, Beijing Language and Culture University, Shanghai Foreign Chinese University, Communication University of China, University of International Business and Economics, Guangdong University of Foreign Studies, East China Normal University, Northeast Normal University, Yanbian University, etc.

2. Universities: Tianjin University of Foreign Chinese, Dalian University of Foreign Chinese, Sichuan University of Foreign Languages, Xi'an University of Foreign Chinese, Heilongjiang University, Guangxi University for Nationalities, Yunnan University for Nationalities, etc.

Three universities: Acacia Lake College of Guangxi University for Nationalities, Jilin Huaqiao College of Foreign Chinese, etc.

There are many majors that are suitable for learning in science, and there are related majors in the application guide for majors every year, such as computer, communication, machinery, architecture, and many majors.

People who are good at science, especially mathematics, are suitable for studying mathematics, economics, computer, physics, chemistry, astronomy, geology and water conservancy, electronic engineering, machinery, civil engineering, etc.

Mathematics: Mathematics and Applied Mathematics, Information and Computing Science;

Physics: Physics, Applied Physics;

Chemistry: Chemistry, Applied Chemistry;

Biological Sciences: Biological Sciences, Biotechnology;

Astronomy: Astronomy;

Geology: Geology, Geochemistry;

Geographic Sciences: Geographic Sciences, Resources and Environment and Urban and Rural Planning and Management, Geographic Information System;

Geophysics: Geophysics;

Atmospheric Sciences: Marine Science, Applied Meteorology.

Computers and the like, big data like that

Science is suitable for majors: electrical engineering and automation, mechanical design and manufacturing and automation, computer science and technology, communication engineering.

1. Science students from the beginning of the division, it is determined to take the technical route, science students with strong logical thinking ability, often able to focus on the high point of technology and high-paying technical positions, but science can learn too many kinds of technology, professional classification is far more than the liberal arts.

2. There is a saying that "if you learn mathematics, physics and chemistry well, you will not be afraid to go all over the world", which shows that science students have a high social evaluation. Why the market has a preference for science students, first of all, science students are engaged in high-end industries or technical fields.

Secondly, science students have strong logical thinking ability, and the ability to accept new ideas and technologies quickly understand. Finally, most of the majors of science students are high-risk industries with huge talent gaps. Therefore, science students are faced with both opportunities and challenges.

3. Electrical engineering and Mengtong automation: After graduation, you can work in power plants, power stations, power bureaus, power plants, electric power research institutes, electric power planning and design institutes, automation high-tech companies, local power companies, and power departments of non-electric enterprises. They can further their studies in major majors such as power system automation, computer application technology, agricultural electrification and automation.

Candidates need to have a solid foundation in mathematics and physics and some hands-on ability.

Introduction: Science students, good Chinese and English, there are many majors to choose from. When science students are good at Chinese and English, they can choose the corresponding normal major, and they can choose to teach Chinese or English.

Or apply for a professorship at a university, where as long as you have a good level of language and English, then you will be happy when you work. Science students who are good at Chinese and English can choose to apply for a similar law major. Whether it is justice, criminal law or ordinary law, it requires rigorous logical thinking, and science students have an advantage in logical thinking.

Science students who are good in Chinese and English** can also choose to study the corresponding translation majors. If you continue your studies accordingly, then you can become a translator or a portable translator, and the highest level is to be a simultaneous translator. At the same time, science students who are good at Chinese can also study classical literature and classical art.

Although these two majors are relatively cold, as long as your Chinese and English skills are good enough, and you are good enough at the same level, then you can still excel in this major. Personally, I think that studying translation is more promising than studying classics. <>

At the same time, you can also apply for the corresponding tourism major or sales major. Because these two majors are aimed at the general public, you may come into contact with a lot of foreigners, so when you are good at Chinese, you will have strong expression skills, and when you are good at English, you will have the ability to communicate with them, and in the case of both of these situations, these two majors are also very suitable for those science students. It is not that science students must study science majors, but science students majoring in liberal arts can also have relative involvement.

Therefore, I think that science students can boldly consider the major they want to study, and do not care about the fixed ideas in society, and think that science students must study engineering or computer science. We need to know that what is good is not necessarily suitable for us, but what suits us must be the best. <>

The college entrance examination has ended, and the results of all candidates will appear one after another, so I hope everyone can be admitted to their favorite school and choose their favorite major.

Electrical Engineering and Automation, Mechanical Design and Manufacturing and Automation, Computer Science and Technology, Communication Engineering.

Electrical engineering and its automation.

Introduction: This major cultivates wide-caliber "compound" senior engineering and technical talents who can be engaged in system operation, automatic control, power electronics technology, information processing, test analysis, research and development, economic management and computer application related to electrical engineering.

Science is basically pure science majors, including mathematics, physics, chemistry, astronomy, geography, atmospheric science and other 12 categories, 36 majors.

There are 31 major categories and 169 majors in engineering, which is the largest number of majors among all disciplines, and it is also a major enrollment of science students. High-tech, highly specialized, and well-employed majors such as electronic information, automation, computer, civil engineering, materials, energy and power, and aerospace all belong to this category.