fold the paper and cut off all the corners
the mathematics involved in making a 3-d snowflake involves symmetry
maths involved in making a 3d snowflake is:when we cut the pieces....we cut them in square shapeswhen we cut the folded triangle..we cut symmetricallywhen the snowflake is ready..it is very symmetrical in shapeorigami is used in making this 3d snowflake.....which was used in designing shapes in ancient times.
maths involved in making a 3d snowflake is:when we cut the pieces....we cut them in square shapeswhen we cut the folded triangle..we cut symmetricallywhen the snowflake is ready..it is very symmetrical in shapeorigami is used in making this 3d snowflake.....which was used in designing shapes in ancient times.hope u have understoodSowdamini
bilateral symmetry it can always be cut in half
A sunflower is a good example of an object that illustrates radial symmetry. The seeds of the sunflower radiate outwards from the center, creating a symmetrical pattern that is repeated throughout the entire flower.
A rectangle,hexagon,octagon,triangle,decagon. It could be that looks dividable because no matter where you divide it, it has a line of symmetry... It could also be a snowflake!
Fake flake
fake flake
However many sides it has (normally six). sometimes special ones about 4-8
grasshoppers have bilateral symmetry because if you cut the grasshopper in half it will be equal.bilateral symmetry
Patterns in nature can be seen in the symmetry of a snowflake or in the spirals of a seashell.
No, because no matter what way you cut the number 2 using a straight line, it won't be symmetrical.