What are the benefits of thinking training?
1. Cultivating two-step thinking can subtly help children improve their planning and long-term vision, which is of great benefit to the improvement of their learning ability.
2. Cultivating children's multi-solution thinking can not only train children's ability to solve problems, but also enhance their initiative in learning.
3. Lenovo not only helps to enhance children's imagination, but also enhances children's understanding of the relationship between things. Associating knowledge points with practical applications, or from practice to theory, can help children use knowledge flexibly.
4. Programming thinking can fully cultivate children's ability in five aspects: planning conception, logical analysis, pattern recognition, problem decomposition and test error correction. Programming can stimulate children's creativity and ability to explore new knowledge, and it is also helpful for school curriculum learning.
The benefits of cultivating children's mathematical thinking
1. Improve logical thinking ability
Mathematical knowledge is very logical and abstract, and children's logical thinking ability can be improved through the cultivation of mathematical thinking. Why would I say that?
Because mathematical thinking is different from and higher than the teaching content category of ordinary mathematics, there are basically no ready-made formulas to use when solving mathematical problems of thinking. They are all solved by studying law. The whole process pays attention to analysis and judgment, logical reasoning and interlocking. It is impossible to follow the rules, and because of this, mathematical thinking helps to develop children's brains, stimulate children's left and right brain potential, and improve and strengthen children's logical thinking ability.
2. Lay a foundation for mastering junior and senior high school courses in the future.
Cultivating and exercising children's mathematical thinking ability from an early age is conducive to children's learning and growth at all stages. It is said that children can't lose at the starting line, so the difficulty of each course is increasing when children reach junior high school and senior high school, especially mathematics and physics, which is particularly important.
If a child can improve his thinking ability by exercising mathematical thinking in primary school, it will be of great help to his later study of mathematics and physics. Scientific research shows that children with good thinking and math in primary school can easily cope with math and physics courses in middle school, because children are more active and have stronger logical thinking ability.
3. Learning thinking mathematics is an exercise of children's will quality.
Most children are full of interest and confidence when they first learn thinking mathematics, but with the deepening of the course, it is more and more difficult. At this time, it is time to test children's willpower, because a small number of children persist with their own talents and indomitable perseverance, study hard and achieve certain results; However, under the pressure of parents, some children braved hardships, but more children gave up because of lack of talent or fear of difficulties and did not persist. In fact, no matter how you learn, it is important to persist and hone your willpower, which is also very beneficial to your child's future study and life.
Ways to exercise thinking ability
1, aggregate abstract method
When perceiving things, try to "aggregate" some attributes or standards of things, thus showing the similarity and essence of these elements. This method needs to know the general outline of the perceived things, find the prominent features from the senses, then dissect and analyze the sexual elements, then abstract the essential features, and finally form a theoretical expression with practical significance by summarizing the perceived things.
Step-by-step approach
This method needs a certain leader to guide students or trainers, and students need to follow the leader to think carefully about an idea in advance and deduce the result with the help of certain logical reasoning in thinking.
3. Suspicious questioning methods
Dare and be good at or put forward new ideas and suggestions on things or things that have always been considered correct in the past or under a certain fixed thinking mode, and can use all kinds of evidence to prove the correctness of new conclusions. This method can best improve a person's creative thinking ability, which requires trainers to constantly break the inherent thinking and ask more meaningful creative questions.
4. Brainstorming method
This method needs to communicate with each other through thinking, concentrate the collective wisdom of many people, and widely absorb useful opinions, thus improving thinking ability. This method is conducive to the formation of research results, but also has the potential role of cultivating students' research ability.
What articles are there about the benefits of training mathematical thinking?
★ Seven Skills of Training Children's Mathematical Thinking
★ How to cultivate mathematical thinking mode
★ How to improve mathematical thinking
★ How to cultivate children's mathematical thinking from an early age
★ How to train and improve the logical thinking of mathematics
★ How to train children's mathematical thinking
★ What are the training methods of mathematical thinking?
★ The difference between mathematical thinking and olympiad
★ How to simply exercise your mathematical thinking