Organic chemistry is not good, is organic chemistry hard to learn

High school is easy to learn, and what we are studying now is organic chemistry, but in college. Organic chemistry in high school is only scratching the surface. In high school, I mainly studied the synthesis of hydrocarbons and their derivatives, and did not involve the difficult part.

I'm guessing you probably can't tell which carbon the hydrogen is on instead of the substitution reaction. High school textbooks are dead. To say that this reaction is like this, is this.

In fact, a substitution reaction can have many different substitution products. And naming this should also be a difficult point in high school, in fact, it is very simple, you just need to find some more questions to practice.

To put it simply, it is not open, if once opened, high school chemistry is simply the lowest level of chemistry, when I simulated the college entrance examination, I only looked at half of the questions, and the result score was still quite not low! You have to think about chemistry in a chemical way, and the rest will be solved. Or maybe you understand the language of chemistry and solve the problem.

It's like you can't think about English in Chinese, and you don't have English at all.

Originally, it was astronomy, it was something before the middle of the eighteenth century, and it was not systematic. You don't have to figure it out, you just need to memorize something and you can do the questions. When I entered the lab, I knew that the things in high school were not only useless, but also full of mistakes, so don't study too well.

Ask a tutor or work harder on your own, do more questions and summarize more.

It was quite difficult at first.

This is because organic chemistry is very different from the inorganic chemistry learned in middle school. Organic chemistry is mainly concerned with alkanes.

Alkenes, alkynes, halogenated compounds, alcohols, phenols, ethers, aldehydes, ketones, carboxylic acids, esters, aromatic compounds.

and other different classes of organic compounds, as well as the interconversion between them.

The first thing to keep in mind is the structural characteristics, properties and characteristic reactions of these compounds, gradually grasping the functional groups of each other.

Conversion between. The study of organic chemistry will become more and more interested, and it is not difficult to integrate it!

Related Introductions

Organic chemistry is also known as the chemistry of carbon compounds.

It is a science that studies the composition, structure, properties, preparation methods and applications of organic compounds, and is the pole of chemistry.

An important branch. Carbonaceous compounds are called organic compounds because chemists in the past believed that such substances must be made by living organisms.

However, in 1828, the German chemist Friedrich Wühler succeeded in synthesizing urea (a biomolecule) for the first time in the laboratory, and since then, organic chemistry has expanded from the traditional definition to the chemistry of hydrocarbons and their derivatives.

Personally, I don't think it's difficult. Organic from the beginning of the compulsory two, just Shenyu began to feel very novel, but the difficulty of the topic is not a big one, although it is difficult to get a full score, but it is easy to get a score of 90, and Sen Blind Bi can't understand the failing students for the time being.

Organic chemistry is difficult. Liang RuOrganic chemistry, inorganic chemistry.

All belong to one of the four major chemies. The content of inorganic chemistry is relatively small, and relatively speaking, there is relatively little memory. Organic chemistry extends more and has more content. Organic chemistry is relatively difficult and takes a little more time and effort.

The role of organic chemistry

Natural organic substances such as sugars, oils, proteins, petroleum, natural gas, natural rubber.

Wait. Synthetic organic compounds, synthetic fibers, synthetic rubber, synthetic drugs, etc. The synthesis and use of organic compounds with special functions have changed people's living habits and improved the quality of human life.

Organic matter plays an important role in the process of sustaining life activities. Many substances in living organisms are organic matter, such as sugars, fats, and amino acids present in cells.

Proteins and nucleic acids, for example, are organic substances. Most of the drugs are organic compounds, which play an important role in helping people overcome diseases and prolong their lives.

The difficulty of determining which is organic chemistry or inorganic chemistry depends on the individual's learning background, interests, and subject preferences. Different people may have different feelings about the difficulty of these two subjects. In general, organic chemistry and inorganic chemistry each have different characteristics and challenges.

Organic chemistry mainly studies the structure, properties and reactions of carbon element compounds, involving a wide range of compounds, including hydrocarbons, alcohols, ketones, acids, esters, etc. The reaction mechanism of organic chemistry is complex, and it is necessary to master a large number of organic reaction types and reaction conditions. For some students, it may be difficult to understand and master the reaction mechanisms of organic chemistry.

Inorganic chemistry mainly studies the structure, properties and reactions of inorganic compounds, covering metal compounds, acids and alkalis, etc. Inorganic chemistry has a relatively large number of contents, involving many types of elements, and requires memorization and mastery of more compounds and reaction properties. For some students, it can be difficult to learn and understand the systems and laws of inorganic chemistry.

In the actual learning process, many students will feel that organic chemistry is more intuitive and vivid, because organic compounds are widely present in our daily life and involve many chemical reactions related to life. Inorganic chemistry, on the other hand, is more concerned with the various elements in the periodic table and their properties, which may seem relatively abstract to some students.

In general, organic chemistry and non-pure chemistry are both important branches of chemistry, each with its own characteristics and challenges. Learning which is more difficult and subject depends on one's subject preferences and learning style. It is important to find a learning method and interest that suits you, study hard and overcome difficulties in subject learning.

The level of difficulty varies from person to person, and it is impossible to generalize about which subject is more difficult. However, based on general views and student feedback, organic chemistry is often considered one of the relatively difficult subjects.

Organic chemistry is the study of the structure, properties, and reactions of organic compounds (carbon-containing compounds). The difficulty of organic chemistry lies mainly in its large number of reactions, complex reaction mechanisms and a large number of naming codes to guess the relationship between rules and molecular structures. In addition, organic chemistry also involves the formation and cleavage of various chemical bonds, as well as the reaction characteristics of various organic functional groups, etc., which requires strong three-dimensional structure and spatial imagination ability.

Inorganic chemistry is the study of the structure, properties, and reactions of inorganic compounds (compounds that do not contain carbon). Although inorganic chemistry also has some complex and abstract concepts, compared with organic chemistry, its system is more regular, less reaction types and mechanisms, etc., and may be relatively easy to understand.

It should be pointed out that this is only a general view, and the presence or absence of learning difficulties is also influenced by the individual's interests, learning methods, and background knowledge. The degree of susceptibility may vary from student to student. It is recommended to choose a study direction according to one's interests and abilities, and seek learning methods and resources that are suitable for oneself as much as possible to help better understand and master chemistry knowledge.

Organic is a bad omen"with"Inorganic chemistry"The assessment of difficulty will vary from person to person, depending on the individual's study habits, interests, and comprehension. Here's a brief description of both:

Organic Chemistry**: The study of the properties, structure, composition, reactions, and synthesis of carbon and its compounds. Due to the complexity of the molecular structures and reaction mechanisms involved in organic chemistry, this can be a challenging subject for many students.

Understanding and memorizing a large number of organic reactions and their mechanisms is a key part of organic chemistry.

Inorganic Chemistry**: The study of the properties, reactions, and synthesis of all elements except carbon and their compounds. Inorganic chemistry covers a wide range, from simple salts to complex metal complexes.

While inorganic chemistry may not have as many rules and reaction mechanisms to remember as organic chemistry, it does require a broader understanding and mastery of knowledge.

Overall, which subject is more difficult usually depends on an individual's learning style and interests. Some people may find the regularity and logic of organic chemistry more appealing, while others may be more interested in practical applications and a wide range of topics in inorganic chemistry.

Organic doesn't require much math.

The specific difficulty depends on what you are good at.

There are a few to remember.

Inorganic should brush up on more questions.

1.In general, organic chemistry is more difficult than inorganic chemistry.

2.There are more extensions of organic chemistry, and there are more contents of ants; The content of inorganic chemistry is relatively small, and relatively speaking, there is relatively little memory.

3.But compared to students with a good foundation in middle school, it is not very difficult to organize. Because high school is basically exposed to inorganic chemistry, and college is just facing inorganic, it will inevitably be a little difficult, but if you can use the knowledge of high school flexibly, I believe that your lack of opportunity will be slowly transformed into organic skills.

Fuel up early!

This actually depends on what kind of bai you like to copy.

A lot of people say organic.

It's harder. I personally think that organic is very interesting, not difficult, dao because organic is very regular, it is not difficult to understand the law and derive some things. Organic majority needs to infer its spatial structure, and it is necessary to have divergent thinking.

Some of the structures of organics are really good when you roll them out, that's what one of my classmates told me at the time.

Inorganic relatively needs to memorize something, equations and the like, but when I was studying, I didn't memorize equations very much, I remember that the classmates in the class were worried about equations, but I think that inorganic only understands its properties, knows the reactants, and can know the products like conditioned reflexes. There are also people who are afraid of trimming, so they have to memorize some coefficients, but I don't think it's necessary. According to some conservation, in fact, the coefficients are well calculated.

Maybe you will say that it is troublesome to go to the trim during the exam, but I don't think so, the matter of balancing for a few seconds, quickly, instead of being been, maybe you will remember the mistake when the time comes, and it will be over.

I chose chemistry in the college entrance examination because I like chemistry, but why bother to divide chemistry into organic and inorganic?

The two are inherently inextricably linked. Now that I'm in college, I'm studying biology and chemistry, and I'm separating inorganic and organic, but I still think it's almost the same. As long as you are familiar with some basic things, you will find chemistry interesting, and you will not learn chemistry organically and inorganically.

1.This question is inconclusive, as is the question of which bai is better, apple or orange.

2.Personally, I think organic chemistry is better to learn.

zhi。Because the relationship between organic DAOs is very strong, there are only a few categories of high school chemistry, namely alkane, alkene, alkyne, and benzene; Alcohols, phenols, aldehydes and ketones, esters, sugars, oils, proteins, that's all, inorganic chemistry can go to the sea. There are only a few organic conceptual theories, nothing more than nomenclature, isomers, functional group properties, and so on.

Extreme regularity.

3.You may be struggling because you haven't been in contact for a long time. Think about it from the third year of junior high school to the second year of high school, about 2 years, the basic learning is inorganic chemistry, and now I have only been exposed to organic chemistry for a few months, and some unaccustomed are obvious, this is nothing, where inorganic can be learned well, organic must also be able to learn well.

As long as you work hard, you will get used to it after a while. Good luck!

Organic chemistry is an important basic course in pharmacy. Its mission is to enable students to master the basic knowledge, basic theories and basic skills of organic chemistry necessary for engaging in pharmacy and pharmaceutical work, and to lay the necessary foundation for subsequent courses.

Production of pesticides and fertilizers – to increase food production.

Synthetic drugs – inhibits bacteria and viruses for health.

The development of new energy and synthetic new materials - the improvement of human living conditions, the comprehensive application of natural resources and the protection of the environment - life becomes better.

1. Organize the equations, sort out all the organic equations, and focus on textbooks. Focus on memorizing the conditions of each reaction (chemistry or equations!). ）

2. Sort out the wrong questions (focus on the way of thinking, and the topic is long) 3. Chemistry still has to be memorized. Separate the properties of each substance into memory, especially special substances.

4. Don't worry too much, the boat is naturally straight to the bridge, and you will feel it if you do too much (I have always been good at chemistry, probably because I started early and have a strong interest, so I suggest that you don't worry too much, otherwise it is easy to get tired of studying.) Try to love it).

5. Don't do off-topic questions, it's easy to get confused.

I wish you a good chemistry and easy study.

It's not that hard, it's easy to remember his rules.

I'm also a loser for organic chemistry.