God gave everything a special and specific form, just like you.
Snowflakes can come in a variety of shapes, but they generally have six-fold symmetry due to the way water molecules arrange themselves when freezing. This can result in shapes like stellar dendrites, sectored plates, and columns.
snowflakes are shaped like stars
It is estimated that there are over 1 trillion snowflakes that fall in the world each year. Each snowflake is unique in its structure and shape due to the varied atmospheric conditions it encounters during its formation.
hexagons
they don't share anything exept they are snowflakes they are all unique in their own special way:)
they are all different (shape, size and design)
Snowflakes are symmetrical because they form in a hexagonal shape due to the way water molecules arrange themselves when freezing. This symmetry is a result of the molecular structure of water and the conditions in which snowflakes form.
Snowflakes stick together due to a process called "riming." When two snowflakes come into contact, supercooled droplets in the air freeze onto their surfaces, forming a bond between them. This causes them to stick together and form larger snowflakes or snowflakes clusters.
Contrary to the general belief the overwhelming majority of snowflakes do not have a particular shape. Just a few have crystalline fractal shapes, similar to tree branches, for example.
No, each snowflake is unique in shape due to variations in temperature and humidity as they form in the atmosphere. This uniqueness is caused by the individual path that each snowflake takes as it falls to the ground.
The number of snowflakes in a pound can vary greatly depending on factors such as snowflake size, shape, and density. It is not possible to provide an exact number.
Snowflakes can be found in snowy regions during winter months. They form when water vapor in the air freezes into ice crystals and then falls to the ground as snow. Snowflakes are unique in shape and can vary in design based on the temperature and humidity of the atmosphere they form in.