gravity and acceleration due to it or a friction in air which cause its uniform velocity
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β 10y agothe two factors r they are colder then the others
Snow crystal or snow particle could be synonyms for snowflake.
Snow is a form of precipitation in the form of crystalline ice particles. It is typically composed of snowflakes, which are unique in shape and structure. Snow can also have different textures and densities depending on factors such as temperature and moisture content.
A typical snow crystal might contain 10(18) water molecules scattered throughout the snow crystal. the mass of the water molecules is 2.992 x 10 -26kg. Thus, a typical snow crystal may have a mass of 2.9 x 10(-8kg) A typical snowflake made 100 snow crustal calculated to about 3g.
Snow.
No, snow can appear different colors depending on factors such as the presence of impurities or the angle of light. It can sometimes take on a blue hue due to ice crystal structures or appear grey from pollution.
it is given by speed.velocity and the direction
Snowflake is a general term for a snow crystal or aggregation of snow crystals, while a snow crystal refers to an individual ice crystal that forms in a specific hexagonal pattern. Snow crystals are unique in shape and form due to their intricate growth patterns, while snowflakes can be a collection of many individual snow crystals stuck together.
A 6-pointed star shaped snow crystal is commonly referred to as a dendrite snowflake.
Crystal Brilliant Snow Jenne died in 1968.
Crystal Brilliant Snow Jenne was born in 1884.
Snow crystal or snow particle could be synonyms for snowflake.
crystal "rain" which is hail or snow
A type of crystal you can eat, like a snow, salt, or sugar crystal.
Yes, ice has a definite shape due to its molecular structure and arrangement in a crystal lattice. It also has a definite volume as it maintains its mass when it freezes and expands into a solid state.
it is a book
snow
Snow crystals develop into many different forms due to variations in temperature and humidity as they fall through the atmosphere. These differences create unique growth patterns and structures within the crystal, resulting in a diverse range of shapes such as dendrites, columns, and plates. Additionally, environmental factors like wind and air turbulence can further influence the final shape of the snow crystal.