I don't know for sure but I collect them and have about 277
The element often mistaken as the end of a pencil is graphite. While many people think that the black tip of a pencil is lead, it is actually made of a mixture of graphite and clay. Graphite is a form of carbon that provides the smooth writing ability, while the clay helps to harden the pencil core. Thus, the misconception arises from the historical term "pencil lead."
The darkness of pencil lead is determined by its graphite-to-clay ratio. The higher the graphite content, the darker the lead. Therefore, a pencil lead labeled as "HB" or "B" will be darker than a lead labeled as "H" or "F." The darkest pencil lead commonly available is typically labeled as "6B" or "8B," indicating a high graphite concentration.
Another answer on answers.com claims, "It's a common misconception that pencil lead is or has ever been constituted of the element lead. It's true that thousands of years ago the element lead was formed into cylinders and used to make marks on papyrus, however, wooden pencils or any instrument since does not use lead (lead is a heavy metal and using pure lead in form can cause major health problems with extended exposure). Pencils now are made of graphite or some other pigment. However, graphite in solid form was discovered in the 16th century and at the time was thought to be some type of lead, which is why many people today still call pencil lead: lead."This seems to be the most plausible explanation.
A #2 graphite pencil made of wood weighs between 6 and 10 grams. The difference is in the thickness of the wood (cheaper pencils have thinner wood). But it depends on the pencil. There are many different types of pencils that are mainly used in art. There's an HB pencil which is just a regular office pencil, which is probably what you're measuring. But there are also others. There are 2B, 4B, 6B, 8B, and 9B. The higher the number, the darker the color of the lead and the softer the lead. So even though 9B is the darkest color, you'd think it would be the heaviest, but really HB is.
Atoms are very small.This is because pencil carry many atoms.
Many people call it lead but it is actually graphite.
Graphite is often mistaken for the end of a pencil because pencils are made with graphite, which is a form of carbon. Many people mistakenly think the core of a pencil is lead, but it is actually graphite.
.There are so many units of length.2 mm is the lead of a no 1 pencil .
The main body of a pencil is made from soft wood, the 'lead' is made from graphite. The lead can come in many different sizes depending on the pencil holding it.
There are approximately 6 x 10^22 carbon atoms in 8g of pencil lead.
A standard lead pencil can draw around 50-60 km of line. This estimation can vary depending on factors like pressure applied, lead thickness, and angle of the pencil.
None. It is graphite not lead in a pencil. How much graphite in a pencil? About 2/3 cubic inch (=6" x pi * (3/16)^2)
The element often mistaken as the end of a pencil is graphite. While many people think that the black tip of a pencil is lead, it is actually made of a mixture of graphite and clay. Graphite is a form of carbon that provides the smooth writing ability, while the clay helps to harden the pencil core. Thus, the misconception arises from the historical term "pencil lead."
With a pen it's about 10k With a pencil it's about 100k With a pen pencil with one lead it's about 3k
There are billions of carbon atoms in a pencil lead. Each carbon atom consists of protons, neutrons, and electrons, making up the total number of particles in a pencil lead even greater.
The darkness of pencil lead is determined by its graphite-to-clay ratio. The higher the graphite content, the darker the lead. Therefore, a pencil lead labeled as "HB" or "B" will be darker than a lead labeled as "H" or "F." The darkest pencil lead commonly available is typically labeled as "6B" or "8B," indicating a high graphite concentration.
The main element found in pencil lead is graphite. This form of carbon is mixed with clay to create the core of a pencil. Other elements, such as small amounts of wax or additives, may also be used in the production of pencil lead.