Aluminums breakage pattern is Fracture.
Gypsum typically exhibits a conchoidal breakage pattern, meaning it breaks into smooth, curved surfaces with concentric ridges that resemble the inside of a seashell. This breakage pattern is a result of the layered crystal structure of gypsum, which causes it to fracture in a specific way.
660.2°C
Al3+
Graphite has a brittle breakage pattern, meaning it will fracture into irregular pieces with sharp edges when subjected to a sufficient amount of force. This is due to its layered structure, which allows for easy cleavage along the planes of weakness between the layers.
Mica exhibits cleavage, not fracture. Cleavage is a type of breakage along distinct planes due to weak bonds between atoms, resulting in smooth, flat surfaces. Conversely, fracture is an irregular breakage pattern across a mineral.
Gypsum typically exhibits a conchoidal breakage pattern, meaning it breaks into smooth, curved surfaces with concentric ridges that resemble the inside of a seashell. This breakage pattern is a result of the layered crystal structure of gypsum, which causes it to fracture in a specific way.
cans
Aluminums Panels
27
it is not cheese shaped it is a banana
uneven induction hardening pattern
solid
it is not a magnet so it can not have a magnetic.
660.2°C
2.70 g/cm3
Aluminium periodic symbol is Al
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