fracture i think naw i dnt kno it
Graphite has perfect cleavage because its atoms are arranged in layers that are weakly bonded together. When a force is applied parallel to these layers, they easily slide past each other, causing the mineral to break cleanly along those planes.
Graphite is likely to break along its planes of weakness, resulting in cleavage fractures. These fractures occur because of the structure of graphite, which is composed of stacked layers held together by weak van der Waals forces. When a force is applied perpendicular to these layers, they are easily separated, causing the material to break cleanly along these planes.
Graphite mixed with clay is used to create graphite pencils. The clay helps to bind the graphite together, giving the pencil its structure and allowing for smooth and consistent writing or drawing. Different ratios of graphite to clay determine the hardness or softness of the pencil lead.
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Metal can stick to graphite due to a phenomenon called adhesion, where two surfaces come into contact and create intermolecular forces that hold them together. In this case, van der Waals forces between the atoms of the metal and the graphite can cause them to stick together. Additionally, the rough surface of graphite can provide more contact points for the metal, further enhancing the adhesion.
Graphite will break apart through cleavage, which means it will split along flat surfaces parallel to its crystal structure. This is because graphite has a layered structure with weak bonds between the layers, allowing them to easily slide past each other.
Graphite has one direction of cleavage, which means it cleaves easily along one plane, resulting in thin sheets. This property is due to the layered structure of graphite, where atoms are arranged in flat sheets held together by weak forces.
Graphite has perfect cleavage because its atoms are arranged in layers that are weakly bonded together. When a force is applied parallel to these layers, they easily slide past each other, causing the mineral to break cleanly along those planes.
Graphite is likely to break along its planes of weakness, resulting in cleavage fractures. These fractures occur because of the structure of graphite, which is composed of stacked layers held together by weak van der Waals forces. When a force is applied perpendicular to these layers, they are easily separated, causing the material to break cleanly along these planes.
It tells you that that mineral is smooth and flat ,and so are the chemical bonds. Because if it didn't it would be a fracture which means it is jagged and not smooth. I am sure of this answer because cleavage means physical property of some minerals that cause them to break along smooth, flat surfaces.
Well, when it comes to graphite, we can think of a slogan like "Graphite: Drawing the world together." Just like how graphite brings lines and shades together to create beautiful art, this slogan reminds us of the power of creativity and connection that graphite can inspire. So, let's grab our pencils and let our imagination flow like a gentle stream of graphite on paper.
Well there is the simple description 'Crush Fracture'. One might also refer to it as a comminuted fracture, meaning the bone is broken into two or more pieces, and add the prefix open or closed, denoting whether the bone is visible through a wound.
It is a comminuted fracture when the ends of the bones are crushed together. This can happen easily making the bones to break up in multiple pieces.
Graphite is a pure carbon compound with layers. The carbon bonds used are single covalent bonds.
a lot of people mistake it for led but it is in fact graphite
Graphite mixed with clay is used to create graphite pencils. The clay helps to bind the graphite together, giving the pencil its structure and allowing for smooth and consistent writing or drawing. Different ratios of graphite to clay determine the hardness or softness of the pencil lead.
Fix, and maybe put together.