Micas are monoclinic.
the arrangement of the atoms in mica
Your question is unclear. Muscovite is not a group name, but there are a number of polytypes, as listed by Fleischer's Glossary, 2008: -2M1, -1M, , and -2M2. The micas are divided into three main subgroups: true micas, brittle micas, and interlayer-deficient micas. These total about 44 species. There are also six incompletely investigated micas that are now considered to be series.
The mineral you are referring to is likely mica. Mica contains oxygen and silicon in its structure, and its molecular arrangement allows it to separate easily into thin, flexible sheets. Mica is known for its softness and shiny appearance, making it a common ingredient in cosmetics and industrial applications.
The easiest minerals to recognize in a rock most times is Quartz, Feldsper and Micas.
Mica is a class of minerlas, not a rock. Different micas have different chemical compositions.
phyllite is a type of metasedimentary rock. The parent rock likely contained clays and/or micas, which have metamorphosed into micas and aligned due to pressure. This shiny surface is produced by the alignment of the minerals.
the arrangement of the atoms in mica
Cynthia Micas is 165 cm.
Your question is unclear. Muscovite is not a group name, but there are a number of polytypes, as listed by Fleischer's Glossary, 2008: -2M1, -1M, , and -2M2. The micas are divided into three main subgroups: true micas, brittle micas, and interlayer-deficient micas. These total about 44 species. There are also six incompletely investigated micas that are now considered to be series.
Cynthia Micas was born on February 2, 1990, in Berlin, Germany.
The silicon-oxygen tetrahedral bonds in micas create a sheet structure with weak bonds between the sheets. This allows micas to cleave along these weak planes, resulting in their characteristic perfect basal cleavage.
The silicon-oxygen tetrahedra in micas are arranged in sheets, allowing for weak bonds between the layers. This layered structure is what gives micas their characteristic cleavage properties, as the weak bonds between the layers allow the mineral to easily split along parallel planes.
The mineral you are referring to is likely mica. Mica contains oxygen and silicon in its structure, and its molecular arrangement allows it to separate easily into thin, flexible sheets. Mica is known for its softness and shiny appearance, making it a common ingredient in cosmetics and industrial applications.
Platy minerals are micas(muscovite and biotite) and chlorite
Mica is a group of sheet silicate minerals (e.x of micas : Biotite, muscovite)
Minerals could include clays, feldspars, quartz, micas, and pyrite
The 'common' or rock-forming minerals, such as quartz, feldspars, micas, calcite, etc.