In the course of onion mathematics, the explanation of formulas will not be boring, and the analysis of various examples will not be boring. Onion mathematics fully allows children to experience the joy of learning and the fun side of mathematics.
Key 1: learning mathematics in situational stories. Why do children find mathematics boring? Reciting formulas, doing problems repeatedly and practicing repeatedly all have one thing in common, that is, they have no feelings.
Think carefully, what is interesting for children? Animation, games, and stories will more easily arouse children's interest.
Therefore, when guiding children to learn, stories can give them knowledge and feelings and deepen the effect of mathematics learning.
Let's take an example first: when studying in millimeters, onion mathematics begins with telling a story about a lilliputian country and gradually introduces knowledge. Little people have a dog's egg. He found a screw as a crutch. The width in the middle of the screw is about 1mm, and the length of the screw is about 7 mm.
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The content of onion mathematics will explain the usage of the unit in detail with actual objects to make it easier for children to understand.
Is this a child's understanding of millimeters, which can be more specific?
For another example, when we learn parallelism, we can tell our children that train lanes are parallel and highways are parallel, and they will never intersect. But imagine what would happen if they were not uniform. What will the world look like when the train gets stuck and the road gets narrower and narrower?
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Make use of the scenes visible in life to make it easier for children to understand the concept of "parallelism".
In this way, does it make mathematics interesting at once?
? Key 2: Demonstrate boring concepts with interesting animations.
Why do children like watching cartoons and playing games? Because these news are relatively fresh, they can also visualize virtual concepts, which can especially attract children's attention!
Therefore, when we provide knowledge to children, we should try our best to concretize the knowledge. The more specific the statement, the higher the child's understanding.
For example, when learning cubes, you can use cube objects to demonstrate various three-dimensional graphics and models. "Tear it, cut it, draw a picture, that's how abstract thinking comes into being. 」
By combining cubes into robots, it is easier to understand the difference between plane and three-dimensional.
? Key 3: Seize the child's curiosity in the first second. Due to the influence of traditional indoctrination education, many children passively accept information. But the most efficient learning is actually active exploratory learning, and curiosity is the natural advantage of children's learning.
There are many ways to guide children's curiosity. The most effective way is to ask questions, that is, at the beginning of the class, let children learn with questions.
In the film of onion mathematics, some common problems in life or a legendary interesting story will be described at the beginning, and then the children will be guided to solve the interesting problems in the story: "Why? Is there any way to solve this problem? Is there a better way? Then telling your child the next knowledge will help you answer these questions. In addition, onion mathematics emphasizes the sense of substitution when asking questions, that is, telling a story and interspersed some questions in the story, so that children can solve problems together as if they were experiencing a situation and gain a sense of accomplishment.
Of course, in addition to these, the onion course has many cores to help children learn math well. Take the children to experience it!
Onion online math class, easy self-study, review at home, children love math more!
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