What to do if you are bad at science and math, what to do if you are bad at science

The examination of mathematics is mainly based on the basics, and the difficult problems are only synthesized on the basis of simple problems

Therefore, the content in the textbook is very important, if the knowledge in the textbook cannot be mastered, there is no capital to touch the class.

For the content in the textbook, it is best to preview it before class, otherwise there is a knowledge point in class that does not keep up with the teacher's steps, and the following will not know why, so a vicious circle, you will begin to get bored with mathematics, and interest in learning is very important. After all, during class, it is the teacher who is calculating and explaining the problems, and the students are listening, which is a more mechanical and passive process of receiving knowledge. You may think that you have understood it in class, but in fact your understanding of the problem solving method has not reached a relatively deep level, and it is very easy to ignore some of the difficulties that must be encountered in the real problem solving process.

A good brain is better than a pen." For the solution of mathematical, physical and chemical problems, it is not enough to have the general idea in the mind, and it is necessary to go through careful pen calculations to find the difficulties and master the solution methods, and finally get the correct calculation results.

Secondly, we should be good at summarizing and classifying, looking for commonalities and connections between different question types and different knowledge points

Systematize what you have learned. To give a specific example: in the function part of higher algebras, we learned several different types of functions, such as exponential functions, logarithmic functions, power functions, trigonometric functions, etc.

But if you compare them and summarize them, you will find that whatever kind of function you need to grasp is its expression, image shape, parity, increase and decrease, and symmetry. Then you can make the above contents of these functions in a big **, and compare them to understand and remember. When solving problems, pay attention to the combination of function expressions and graphs, and you will definitely get much better results.

Finally, it is necessary to strengthen after-class practice

In addition to homework, find a good reference book and try to do as many practice questions as possible in the book (especially comprehensive and practical questions). Practice makes perfect, so that you can consolidate the effect of classroom learning and make your problem solving faster and faster.

Focus on the basics and don't get bogged down in the puzzle. After all, you also need to lay a good foundation to build a building, otherwise it will collapse. Specifically, you must memorize the formulas first, read more example problems in the textbook, and you must be able to solve all the example problems yourself.

Pay attention to ideas and draw inferences from one example. You don't have to do it desperately, you'd better look at the representative questions and then think about why each step of the way it is, this is the way to cultivate your thinking. In addition, think about whether there is any alternative method, such as proving a congruent triangle, is there any other theorem besides the angle between the two sides?

Let's see if we can prove it with other theorems.

When you have completed the above two steps well, then look at some slightly more difficult questions, so that you can find the importance of laying a good foundation, that is, the first step, and the importance of cultivating ideas.

I've graduated from college, and this is my summary of doing the questions for so long, I hope it can help you. Remember that the foundation is fundamental.

Grasp the foundation, in this case the foundation is very important, and it will also appear easy to improve.

Actually, I also came from a very poor stage in mathematics, I don't know if you will take this year's college entrance examination? If so, don't do a lot of questions a month before the exam, pay attention to the accumulation of basic knowledge, and make basic knowledge. Read the textbook thoroughly, and do the after-class questions, young people have a lot of experience and study skills on the Internet, and most of the mathematics in the college entrance examination is basic, so don't be stressed.

Read more books, memorize more formulas, and look at those example problems.

Now there is a month left to wake up.

What is the way to improve science grades 1. Listen preparedly, that is to say, you should preview before listening to the class, find out the knowledge you don't understand, find out the problems, and go to the lecture with knowledge points and questions to solve the happiness, and it will be easier to listen to and easy to master; 2. Participate in the communication and interaction, don't just put yourself as a bystander of "listening", but a participant of "listening", actively think about the questions that the teacher says or raise, and be positive when you can (the benefit of the problem is not only performance, but also can make you pay more attention). 3. Listening should be combined with writing and thinking. It's easy to slack off when you listen to me, and there are very few points you can remember, so you must learn to organize your memory quickly.

4. If you have knowledge that you don't seem to understand or don't understand for various reasons, you must take the time to understand it during or after class. Otherwise, the problems will only accumulate more and more, and in the end, you will not be able to keep up with the step, step by step, and you must figure out each module, because the coherence of science is relatively strong.

Some students may be afraid of a subject for several reasons:

1.Difficulty: Some subjects may be more difficult for students, such as mathematics, physics, chemistry, etc., which require strong logical thinking and abstract thinking skills. Students may feel intimidated by finding it difficult to understand and grasp this knowledge.

2.Lack of learning resources: Students may find it difficult to learn without proper learning resources or guidance. This can lead to a student's fear of a subject.

3.Wrong learning methods: It is very important for students to find the right learning methods. If students don't find a learning method that works for them, they may find a subject difficult to understand and master, which can lead to a sense of fear.

4.Lack of interest: A student's interest in a subject may affect their attitude towards learning about that subject. If a student is not interested in a subject, they may find it boring to learn, which can lead to a sense of fear.

5.Teacher's teaching method: If students feel that the teacher's teaching method in a certain subject is not suitable for them, it may affect their motivation to learn about that subject, which can lead to a sense of fear.

6.Exam pressure: Exams in certain subjects can be stressful for students, especially during important exams or critical exam stages. This can lead to a sense of fear in students about a subject.

Every student's situation is different, and the subjects they are afraid of may also be different. Once these reasons are understood, students can try to adjust their learning methods, seek help and encouragement, and overcome their fears of a subject.

Five Great Ways to Improve Your Math Scores:1. PreviewExpectations are often ignored for reasons such as "not available, incomprehensible, unnecessary" and so on. In fact, preview is a necessary process of learning, and it is a good way to improve self-learning ability.

2. Learn to listen to lecturesListen to the analysis, listen to the ideas, listen to the application, the key content is not omitted, pay attention to the record.

3. Do a good job of making mistakesEvery student who can study will have a problem book. The survey found that those students who did not make mistakes in the question book, or only did not use it, did not have a good learning effect.

4. Make good use of extracurricular booksA correct understanding of online courses and extracurricular books is a non-staple food and a good medicine to help absorption.

5. Pay attention to the cultivation of mathematical thinking methodsIt is necessary to pay attention to the guidance of mathematical ideas and methods, and only by standing tall can we see far.

The Seven Abilities You Need to Improve Your Math Scores:

1. Arithmetic ability, otherwise you will start to make mistakes in the first question of every exam!

2. Spatial imagination ability, otherwise geometry problems will make you miserable!

3. Logical thinking ability, otherwise the proof questions and derivation questions in the future will make your life worse than death!

4. The ability to abstract practical problems into mathematical problems, otherwise the practical problems will make you die!

5. The ability to combine shapes and numbers to transform each other. This is the finale of each exam!

6. The ability to observe, experiment, compare, conjecture, and summarize problems. Otherwise, finding a pattern in the last question of every choice or fill-in-the-blank question will make you feel guilty!

7. Ability and innovation ability to research and solve problems. Otherwise, we don't need to read the additional questions every time!

Some children are not good at a certain science because of poor learning methods, and if they can't master the methods of learning mathematics, it is not so easy to improve their mathematics scores。Although many children have temporarily memorized the concepts, formulas, and basic problem-solving methods of relevant knowledge when learning, they are unable to apply them in practice, which is the reason why the learning methods are incorrect.

When learning the concepts, formulas and basic problem-solving methods of relevant knowledge, we must apply them in time, so that the problem-solving methods can be consolidated in time. Otherwise, over time, many children will forget all the content they have learned by short-term memory, and they will not be able to do the basic question type with a slight variation.

Math study skills

If you want to improve your math score, you need to learn the right way to study and solve your learning difficulties. If you want to learn mathematics well, you need to go down from shallow to deep according to the 4 stages.

Strengthen basic computing. This is the most basic, and if the basic arithmetic is often wrong, it is easy to lose points. You can buy some oral arithmetic workbooks with your child (or make your own) and practice for 10 minutes a day.

It can be done in sections, for example: complete 100 mouth arithmetic problems in 3 minutes, rest for 3 minutes, and then continue. In this way, there is no study load and it is also a good way to consolidate mathematical knowledge.

Keep the formula in mind. After the basic arithmetic is consolidated, you can start to ask your child to memorize formulas, list all the commonly used formulas, and memorize two or three formulas a day. Then, use the weekend time to practice reading the question and selecting the formula, and judge which formula to use for calculation by looking at the question and reviewing the question.

In this way, on the one hand, you can familiarize yourself with the topic, and on the other hand, you can better grasp the application of the formula.

If you are poor in mathematics, you should develop a good learning method, you can develop the habit of "moving", listen carefully in class, and participate in mathematics learning activities.

1. Develop the habit of "moving".

Mathematics is highly abstract, and some students' thinking is distinctly specific. Therefore, the new syllabus emphasizes the need to focus on learning and understanding mathematics from students' life experiences and strengthening the cultivation of practical skills. In teaching, teachers should emphasize the use of students' hands and brains to stimulate thinking and solve difficult concepts.

2. Attend class certification and listen to lectures, and review in time after class

In the classroom, we should closely follow the teacher's ideas, actively carry out the next steps of thinking, and compare the differences between our own ideas for solving problems and what the teacher said. Review in time after class and leave no doubts. Before doing various exercises, you should recall the knowledge points that the teacher said, complete the homework independently, and cultivate a learning style of asking questions if you don't understand.

3. Participate in mathematics learning activities

In our daily learning, we should pay more attention to some different learning places, and we can participate in some useful learning and practice activities, such as mathematics second class, mathematics competition, intellectual competition and other activities. When doing exercises, it is necessary to strengthen training for the teacher's lectures on multiple solutions to one problem and inferences.

The Importance of Mathematics:

It is obvious to all that mathematics plays an important role in people's daily life and production anytime and anywhere. In modern times, mathematics, as an important part of modernization, plays a key and even decisive role in many important fields. Our country's outstanding achievements in the development of the two bombs and one satellite are a prominent example of this, which embodies the painstaking efforts of many outstanding mathematicians.