there are many different atoms some are called sex cells bloood cells white blood cells and many more cells...yeah this is a cell's answer not an atom answer muhahahahahha biach you got wasted!
There is not definite molecule of graphite so the number of atoms would depend on the mass of the sample.
As always, it depends on how much graphite!
6, the same as carbon because graphite is carbon - and so is diamond.
Each atom has three covalent bonds in graphite.
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A macromolecule made up of mainly carbon and hydrogen atoms that is primarily used for energy storage and in cell membranes.
Both Diamond and Graphite are the formation of Carbon Atoms, Graphite is black and posseses dull appearance while diamond is Transparent and posseses shiny appearance, Diamond is a Hard Rock while Graphite is comparatively softer.
four carbon atoms
Carbon, the element is an atom. However, Carbon is capable of forming at least 8 allotropes due to its valency. Some well known forms (allotropes) of carbon include diamond and graphite. These allotropes COULD be regarded as "super" molecules as they contain many carbon atoms all contently bonded together, however, strictly they are not molecules.
2.6 grams graphite ( just carbon ) (1 mole C/12.01 grams)(6.022 X 1023/1 mole C) = 1.3 X 1023 atoms of carbon in that mass graphite ================================
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5.85g/12gmol-1 (for carbon) = 0.4875mol. 0.4875(6.02x1023) = 2.935x1023 carbon atoms. Basically, moles times Avogadro's number equals number of representative particles.
The fact that carbon can bond with other carbon atoms covalently is why it can form so many compounds. This ability is limitless.
In a diamond unit cell, each carbon atom is located at the corners of the unit cell. Since there are eight corners in a unit cell, each shared by 8 adjacent unit cells, the contribution to the total number of carbon atoms is 1/8 of a carbon atom per unit cell. Therefore, there is 1 carbon atom per unit cell.
A macromolecule made up of mainly carbon and hydrogen atoms that is primarily used for energy storage and in cell membranes.
Carbon has many different isomers (which is to say, there are many different ways in which carbon atoms can be organized into different materials, such as coal, graphite, buckminsterfullerene, diamond, etc.). The strongest form of carbon has a much higher strength to weight ratio than manganese.
Both Diamond and Graphite are the formation of Carbon Atoms, Graphite is black and posseses dull appearance while diamond is Transparent and posseses shiny appearance, Diamond is a Hard Rock while Graphite is comparatively softer.
By 1959, many new products followed. Filamentary carbon was made into graphite cloth and eventually carbon and graphite cloth, felt, yarn, tape, and fibers were to follow.
Graphite is made from carbon atoms. The carbon atoms are joined together by things called "covalent bonds". Carbon atoms in graphite form flat sheets, and the atoms are joined together by alternating double and single bonds. A single covalent bond contains two electrons and a double covalent bond contains 4 electrons. These alternating bonds swap positions many times every second, and as a result, electrons can move from one end of the graphite to the other. This is a "Year 9" answer to the question. University physics students would need to discuss virtual particles and a bunch of other quantum mechanical concepts to answer this question properly.
four carbon atoms
four carbon atoms