All atoms are a fuzzy, indistinct shape.
The visible shape of a mineral's pattern is called a crystal. Solidified minerals that are from a molten state have smooth faced, angular crystals.
Metal is form of combining minerals to form a solid. The chemical and physical properties of minerals give metals formed a shape and hardness after combination is completed.
Arrangement of ions into a pattern in a mineral is referred to as crystal lattice structure. This structure gives minerals their characteristic geometric shape and physical properties.
An atom is the smallest bit of matter that isn't a sub-atomic particle. Minerals are made of atoms.
The basic shape of silicate minerals is a tetrahedron, which consists of a silicon atom bonded to four oxygen atoms in a geometric arrangement. This tetrahedral structure is the building block for all silicate minerals, forming various complex structures based on how the tetrahedra are connected and arranged.
The dominant shape in which silicon and oxygen atoms combine in silicate minerals is a tetrahedron, where one silicon atom is surrounded by four oxygen atoms in a pyramid-like structure. This tetrahedral structure is the building block for silicate minerals, which make up the majority of Earth's crust.
The visible shape of a mineral's atomic pattern is called its crystal form. This refers to the geometric arrangement of atoms in a mineral, which can vary depending on the type of mineral and its crystal structure.
Some minerals with closely packed atom structure have a high density.
the common physical properities of minerals is hardness , streak , color
Gold, silver, copper, and sulfur are examples of minerals that occur as elements rather than compounds. These minerals are made up of a single type of atom, which gives them their unique chemical and physical properties.
The physical properties of minerals are determined by their chemical composition and atomic structure.
Two physical properties of minerals are hardness (resistance to scratching) and cleavage (tendency to break along planes of weakness).