1. First, draw our title "Mathematical Mind Map" on the top right of the screen.
2. Draw a small box in the middle of the picture, draw two children on the box, then draw two square borders on the right side of the picture, connect the borders with the small box in the middle, and decorate some numbers and pencils on the right border.
3. Draw three square borders on the left and bottom of the picture, a little girl on the left of the bottom border and a rabbit on the top border to make the mind map more interesting.
4. Next, you can start drawing. Colour the box in the middle light yellow, the bottom border on the left light blue, the characters' hair brown, the clothes yellow, red and blue, the pencils blue and green, and the rabbits pink.
5. Paint the title in red, blue and green, with light red and light green on the left, light orange and yellow on the right, and light blue, green and red around the numbers. 6. Finally, draw a grid line on the border and tidy it up, and a good-looking mathematical mind map will be completed.
The fourth grade mathematical mind map includes the meaning and nature of decimals, observation objects, operation rules, four operations and so on. The main knowledge points are summarized here.
Concept is the cornerstone of learning mathematics. Learning concepts (including theorems and properties) requires not only knowing why, but also knowing why. We should not only remember the concepts, but also understand their background. For every definition and theorem, we must know where it comes from and where it is applied. Only in this way can we learn math well.
How to draw a mathematical mind map? Mathematics should be a hurdle for every student, but it can't be absolutely difficult or stupid, and it's useless if the method is right. Mathematics has its particularity and can collide with mind map. I'll show you the mathematical mind maps drawn by different mindmanager to see what you missed.
I compared these four softwares: iMindMap, MindManager, XMind and MindMapper. In the application of mathematics, I think iMindMap is the most suitable, because there are many connections between mathematical knowledge, which is best represented by arrows. Moreover, the hand-drawn function of iMindMap is a simulation method of recent human thinking patterns, which is closer to the needs, but you can use it according to your needs.
IMindMap mind map making software renderings;
More inclined to hand-painted effect, flexible and changeable. We are free to add pictures, icons, illustrations, etc. Go to the guide map and stimulate our senses with various elements to absorb the contents in the guide map.
MindManager mind map making software renderings;
It can well establish the relationship between topics, and mark arrows to express the relationship, making the content clearer. Add pictures and icons appropriately to enhance memory.
Xind mind map making software renderings;
A clear, concise and refreshing view at the subject level.
MindMapper mind map making software renderings;
Simple and lively TINT can give people a bright feeling, with refreshing vision, fluent reading and clearer thinking.
Which do you prefer, dear Xueba, Su Xue and Xuesisi, the mathematical mind map renderings made by the above different mind map making software? I hope these are helpful to your study of mathematical mind map.
The original text was transferred from iMindMap Mind Mapping Tutorial:
How to draw a mathematical mind map The construction mode of mathematical mind map is to first determine the central theme, lead out the sub-themes, and then divide the sub-themes into different levels. The specific operation steps are as follows.
1. Use the simplest language to determine the mathematical theme to be drawn. Take "angle measurement" as an example, as shown in the figure below.
2. The angle is a graph composed of two rays drawn from a point, so start with the rays, as shown in the figure below.
3. Draw line segments and straight lines with rays and compare their similarities and differences. As shown in the figure below.
4. Mark the angle of key knowledge points on the mind map. As shown in the figure below.
Precautions:
In the mind map above, the definition of light is derived from angle, and a relationship line is drawn between angle and light, which is convenient for us to connect knowledge points in series.