Because of its lattice structure, diamond has four directions of perfect cleavage along its crystal orientation plane (e.g. 111, 110, etc.) forming octahedrons.
Fracture is conchoidal, meaning that diamonds are brittle and when they break, the break does not follow any natural plane of separation.
Cleavage is smooth; Fracture is rough. Cleavage splits along flat surfaces; Fracture splits along jagged surfaces. Cleavage is Cleavage; Fracture is Fracture
Diamond stone, because of its lattice structure of carbon atoms, is identified as an 'octahedral; perfect and easy' cleavage (according to Wikipedia). Read more, below.
the cleavage of gold is hackly. gold has niether fracture or cleaveage
Ruby has a conchoidal fracture with vitreous fracture luster. Read more on the link below
Cobalt has a cleavage in three directions, forming a cube.
Yes.
Fracture is conchoidal, meaning that diamonds are brittle and when they break, the break does not follow any natural plane of separation.
Cleavage is smooth; Fracture is rough. Cleavage splits along flat surfaces; Fracture splits along jagged surfaces. Cleavage is Cleavage; Fracture is Fracture
No, it has no preferred fracture or cleavage.
Quartz does not have cleavage. However, it does have fracture. Its fracture is conchoidal.
Diamond stone, because of its lattice structure of carbon atoms, is identified as an 'octahedral; perfect and easy' cleavage (according to Wikipedia). Read more, below.
it has no cleavage but it does have fracture
Magnetite has fracture not cleavage. ChaCha on!
Quartz has a conchoidal fracture. It does not have a cleavage plane.
the cleavage of gold is hackly. gold has niether fracture or cleaveage
cleavage is when the rock gets cut in sheets, like you can peel it fracture is when it can crumble and breaks like you think a rock should
cleavage