By definition a mineral must be solid. Ice is solid. Water is not.
Water is not considered a mineral because it does not meet the requirement of having a solid crystalline structure. Ice does meet this criterion and therefore, it is considered a mineral.
Ice is in the mineral group known as "native elements." It is composed of the mineral water (H2O) in a solid-state.
Ice in a glacier is considered a mineral because it has a crystalline structure formed by a naturally occurring inorganic substance (water) under specific conditions. In contrast, water in a river does not have a fixed crystalline structure or specific conditions for its formation, so it does not meet the criteria to be classified as a mineral.
Water cannot be classified as a mineral, ice can as long as its naturally occurring though so in some cases ice can but water may never because it is a liquid. And liquids can't be minerals because its not a solid. For mineral to be one is must be natural occurring, inorganic, solid, crystal structure, and definite chemical composition
Water as a solid, in the form of ice, is considered a mineral when it is naturally occurring. Ice in snow banks is considered a mineral but ice cubes you make in your freezer are not a mineral.
Water as a solid, in the form of ice, is considered a mineral when it is naturally occurring. Ice in snow banks is considered a mineral but ice cubes you make in your freezer are not a mineral.
By definition a mineral must be solid. Ice is solid. Water is not.
No. A mineral must be solid to be a mineral. For example, liquid water is not a mineral. Frozen water, or ice, is a mineral.
Ice in a glacier meets the requirements for being a mineral, because it is natural, homogeneous, solid and crystalline, and has a definite chemical fomula. River water is liquid and therefore also not crystalline, so it is not a mineral. If and when the river water freezes into ice (naturally), that ice is a mineral.
Ice in a glacier meets the requirements for being a mineral, because it is natural, homogeneous, solid and crystalline, and has a definite chemical fomula. River water is liquid and therefore also not crystalline, so it is not a mineral. If and when the river water freezes into ice (naturally), that ice is a mineral.
Ice meets the criteria that define a mineral: solid, crystalline structure, definite chemical formula, naturally occuring, and inorganic. Ice is recognized as a mineral by the International Mineralogy Association.
Minerals are solid substances. Liquid water is not a mineral, but naturally occurring ice, is a mineral. The definition of a mineral requires it be naturally occurring so, artificially frozen ice in your freezer isn't a mineral.
Ice in a glacier is solid and has a crystalline structure, meeting the criteria to be classified as a mineral. In contrast, water in a river is in liquid form and lacks a crystalline structure, so it does not meet the mineral criteria. The definition of a mineral specifies that it must be naturally occurring, inorganic, solid, have a crystalline structure, and a definite chemical composition, which ice but not liquid water fulfills.
Water is not considered a mineral because it does not meet the requirement of having a solid crystalline structure. Ice does meet this criterion and therefore, it is considered a mineral.
Ice in a glacier is solid and has a definite chemical structure and water does not because water is liquid.
Ice is in the mineral group known as "native elements." It is composed of the mineral water (H2O) in a solid-state.