![](data:image/svg+xml;utf8,<svg xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink" viewBox="0 0 72 71" width="72"></svg>)
How to write the stroke order of Tibetan characters? How many strokes are there?
It is needless to say that the 17 strokes of cursive head are followed by the word "Chang", the word "Fei" on the left, the short horizontal "Yi" and short vertical "L" on the lower right, and then the word "Chen" (first inside, then outside, first middle, then up and down). You should know what follows
RELATED INFORMATIONS
- 1. What are the strokes and order of the characters in Dou?
- 2. The stroke order of the upper part of the word "dou" is "--" before "--"
- 3. What is the stroke order rule of "dou"? What is the stroke order rule?
- 4. What is the stroke order of Dou
- 5. How many strokes does the word Dou have
- 6. How to draw a square with four strokes and add a small square inside ----------
- 7. One by one, a square is missing a corner, how to add a line to become a 2 triangle
- 8. How to add a straight line to a square without an angle to make the figure become two triangles
- 9. How to divide a square into two triangles with a line by eliminating an angle
- 10. How can you draw a line to make two triangles when you remove a corner from a square,
- 11. What are the 20 strokes
- 12. In Chinese characters, how many characters have one stroke?
- 13. How to arrange the stroke order of long characters
- 14. Stroke order of long characters What is the stroke order of [long] characters
- 15. Stroke order of Li characters
- 16. The stroke order of "Hao"
- 17. What is the name of the fourth stroke
- 18. What is the name of the fourth stroke order of Chang character?
- 19. What is the name of the fourth stroke order of Chang character
- 20. Cut the four corners of a square cardboard with a side length of 4A into a square with a side length of a to make a rectangle without a cover and calculate the total area of the figure after cutting 1. Calculate the total area of the cut figure? 2. Calculate the bottom area of the cuboid box?