Why study math? Why don t you study physics, biology, and chemistry???

Children, after learning about physics, chemistry and biology, you will find that what you learn can hardly solve real problems. No research can be done without mathematics, so why is Newton the father of classical physics? He invented calculus and solved the problem of variables, so that science could make great progress and make great progress in various disciplines.

**Historical geography is also very important, it can reflect a person's connotation in dealing with people and things, and there is no way to learn too much knowledge.

What grade is buddy in?

Have you studied university physics, university biology, analytical chemistry, etc.

They are all based on advanced mathematics, you have to analyze a lot of physics problems with the idea of differentiation, in short, mathematics is the foundation of all science and engineering, is the premise of learning these courses well. So math is the most important thing, and of course other things are important.

If you want to learn that.

You can go to the United States and you can choose your favorite subjects to study in junior high school.

But no matter how much you study, as long as you're in science, math will always be around you.

How old are you.........

Math is the foundation, it's like you need to walk on your feet.

Hehe. I think so too.

Shake hands. Hehe.

Without math, you're dead in science.

** Computers and the like can only be counted as interests.

Mathematics is the foundation of all sciences.

From the second year of high school, you can choose subjects, chemistry and biology are not selected, and now high school adopts a 3+2+1 course selection method, and physics and politics are 2 courses to choose 1. Chemistry and Biology are also subject options, with a choice of history and geography.

In junior high school, you can't choose subjects, and chemistry and biology are compulsory.

But chemistry and biology in junior high school are relatively simple, and chemistry is to memorize chemical equations.

A creature is a creature that bears the name and type of the creature. It is not difficult to take the courses that can be memorized by rote, and you can pass the test.

If you don't want to study chemistry and biology, it's not impossible, but you have to pass. This is easy for your other subjects, how can you fail the simple exams?

There are too many children who don't want to study now, and you're not the only one. But it is often when others do not work hard, and if you work hard, the harvest will be different. When I say this, you will understand which spine grows in the future.

Remember this saying: when others don't work hard, it's an opportunity for you to get overwhelmed, and when others start to work hard, it's the beginning of your crisis.

There are many different directions in biology, such as botany, plant physiology, plant taxonomy, zoology, animal physiology, animal taxonomy, ecology, etc. If you don't choose chemistry for these majors, you won't be affected. Because the content of learning is far from chemistry.

However, genetics, molecular biology, and biochemistry are not selected for these majors, and Sun Chemistry will have a great impact on taxes.

The relationship between chemistry and biology is not much in high school, except for He Ranfei you studied biochemistry in college, and the portable pat chain can have some impact, otherwise it will not have any effect.

Chemistry and biology are in a sense that the two subjects are similar, and if you don't know anything about chemistry, biology will definitely be hindered.

Middle school or high school? After high school, you can not study at all, which region? Policies vary from region to region.

If you can learn well, you can learn anything.

Mathematics is the mother of science, the science of studying quantity, and all quantitative explorations will involve mathematics, and biology is no exception. In the biology of landslide brigades, it is not possible to obtain a deep understanding of the research object by relying solely on sensory observation, and qualitative and quantitative results can only be obtained through quantitative methods such as comparison, reasoning, hypothesis, analysis, and measurement. Where there is quantitative participation, there must be mathematics, and only through the study of mathematics can it be quantitative, quantitative can be further qualitative, and only then can there be an accurate understanding.

Why does the specific science need mathematics? It's because of the quantity. Relationships, structures, processes are discovered through quantity, that is, deep understanding.

For example, Mendel discovered the particle nature of genetic factors and the interaction between them through the quantitative comparison of traits in pea hybridization; Morgan used the quantitative relationship of Drosophila hybrid trait combinations to find out the relative position and distance of genes on chromosomes, and further found that the genes were arranged linearly on chromosomes.

Summary. The difficulty of college chemistry majors is not on the same level as that of high school, and the major courses are mainly organic chemistry, inorganic chemistry, and structural chemistry, as well as small professional courses such as crystallization chemistry and biochemistry. The difficulty is mainly in the first three large blocks.

It has a higher mathematical requirement, second only to the mathematical requirements of physics majors. The difficulty of organic chemistry is mainly in the principle of reaction, inorganic chemistry is mainly in calculation, and structural chemistry is not easy to say, a large block. In addition, structural chemistry mainly relies on memorization, and the first two mainly need to be understood.

However, inorganic chemistry and structural chemistry require a high grasp of mathematical calculus. In short, chemistry majors require a high level of comprehension and numeracy skills. It is difficult to learn well, and you need to pay attention to the high mathematics in public courses.

Mathematics Department, how can physics be easily studied? What about the Department of Chemistry.

Hello, the major of chemical engineering is also relatively difficult to learn.

What about math? The difficulty of college chemistry majors is not on the same level as that of high school, and the major courses are mainly organic chemistry, inorganic chemistry, and structural chemistry, as well as small professional courses such as crystallization chemistry and biochemistry. The difficulty is mainly in the first three large blocks.

It has a higher mathematical requirement, second only to the mathematical requirements of physics majors. The difficulty of organic chemistry is mainly in the principle of reaction, inorganic chemistry is mainly in calculation, and structural chemistry is not easy to say, a large block. In addition, structural chemistry mainly relies on memorization, and the first two mainly need to be understood.

However, inorganic chemistry and structural chemistry require a high grasp of mathematical calculus. In short, chemistry majors require a high level of comprehension and numeracy skills. It is difficult to learn well, and you need to pay attention to the high mathematics in public courses.

Math is also more difficult.

Relatively simple may only be the normal major.

Or a liberal arts major.

Historical class. I hope mine can help you, if you are satisfied with my service, please give a thumbs up, I wish you all the best!