it is related because a snowflake is a symmetrical shape
Because when we cut the shapes it's related to maths
it can tell you how many shapes there will be (say if you fold it 4 times and cut 12 shapes into it then it gives you 48 shapes in the snowflake because there were really 4 shapes made when you cut 1 shape due to the fact that it had 4 layers)
a model which is 3-dimensional and related to the topics of class 10
Probably fractal geometry.
it is related because a snowflake is a symmetrical shape
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
conclusion of 3d snowflake
Its simple. You use origami to create a paper snowflake.
Because when we cut the shapes it's related to maths
To make a 3D paper snowflake, you would typically start by folding and cutting six identical snowflake shapes out of paper. Once you have your six snowflake pieces, you would then stack and glue them together to create the 3D effect, making sure to line up the edges properly to achieve a symmetrical snowflake design.
it can tell you how many shapes there will be (say if you fold it 4 times and cut 12 shapes into it then it gives you 48 shapes in the snowflake because there were really 4 shapes made when you cut 1 shape due to the fact that it had 4 layers)
pls help me
a model which is 3-dimensional and related to the topics of class 10
Snowflakes exhibit unique six-fold radial symmetry due to the hexagonal arrangement of water molecules in ice crystals. The complex patterns in snowflakes can be studied using mathematical concepts such as fractal geometry, which helps to describe their intricate, self-repeating structures. Mathematics can also be used to model the growth of snowflakes, taking into account factors like temperature and humidity to explain their diverse shapes and sizes.
Probably fractal geometry.
Leucojum is the scientific name for the snowflake, it is closely related to the snowdrop.