The "lead" of a pencil is made from graphite, which is a form of carbon.
Pencils are made by graphite. It is a form of carbon. Graphite has sp2 hybridized carbon atoms.
Pencil "lead" is actually made of graphite, which is a form of carbon. The graphite is mixed with clay to give it form and strength. These mixture of graphite and clay are then encased in wood to create a pencil.
A pencil is typically made of a wooden casing, a graphite core in the center, and a metal ferrule at the end to hold an eraser. The wood used is often cedar, and the graphite core is a mixture of graphite and clay.
The "lead" is a mixture of GRAPHITE and CLAY. It is squirted out like spaghetti and baked hard.
it really depends on who its made from...nano graphite titanium magnesium those are some of the things that badminton rackets are made from
Graphite is an allotrope of Carbon. It is made of Carbon.
both, lead is made of graphite.
Graphite is not made in Canada; it is a natural element.
It is a form of carbon.
Graphite
Graphite is not magnetic as it is made out of carbon. E.g; Pencil lead is mostly made out of graphite, it is NOT magnetic.
Ans:- No, Graphite is not mad of Wire.
Generally it's made of graphite. Graphite is a substance made of carbon. The carbon atoms are bonded together in a particular way that allows "sheets" of graphite to break off easily. When you write something, some of these sheets break off and end up on your paper.
Pencil lead is not actually made of lead, but rather a mixture of graphite and clay. The graphite provides the writing substance, while the clay helps bind it together and gives the lead its structure.
Pencils switched from using actual lead to graphite in the 16th century, when it was discovered that graphite was a more suitable material for writing due to its softer and darker marks than lead. This change occurred in England around 1564.
Graphite is pure carbon. A diamond is also pure carbon in a very specific crystal. Yet diamonds do not conduct electricity and graphite does. Graphite can form in plate like arrays of hexagonal crystals and in an amorphous, powdery form.