No, diamond is a covalent network solid.
Diamond is made up of pure carbon. Here one carbon atom is attached to other four carbon atoms. So diamond should be called as molecule. Should be! If it is called as molecule, then it will be too large a molecule. It will be interesting to count the number of atoms in a big diamond. It will not be possible for the human brain to understand such a very high number.
A homonuclear molecule is one in which all the atoms are of the same element. Examples are H2 and P4 or even a diamond, which consists of a giant molecule composed of carbon atoms.
No, diamond is a nonpolar molecule because it consists of carbon atoms arranged in a symmetrical tetrahedral structure, which results in an overall neutral distribution of charge. This means that diamond does not have a net dipole moment.
the answer is atom because even if it is the last one an atom is the smallest
each carbon atom has 4 other carbon atoms bonded to it.
Diamond is made up of pure carbon. Here one carbon atom is attached to other four carbon atoms. So diamond should be called as molecule. Should be! If it is called as molecule, then it will be too large a molecule. It will be interesting to count the number of atoms in a big diamond. It will not be possible for the human brain to understand such a very high number.
The distance and angle between each bond is the same in the tetrahedral structure of diamond. Diamond is also bonded by covalent bonds, (sharing of electrons). The symmetrical structure thus suggests that the diamond molecule is non-polar. This will mean that the diamond molecules is hydrophobic in water. The proof is that diamond can be floated (small particle size) in a mineral processing froth floatation circuit. That proves that no dipole is formed and does no attach to the water molecule's dipole moment.
Yes. The diamond is a macro molecule made up of carbon and it is the hardest of all other minerals.
The diamond molecule is known for its hardness, transparency, and high thermal conductivity. It is used in various applications such as cutting tools, jewelry, and industrial abrasives due to its durability and ability to refract light.
A homonuclear molecule is one in which all the atoms are of the same element. Examples are H2 and P4 or even a diamond, which consists of a giant molecule composed of carbon atoms.
Graphite, Diamond, and Buckminsterfullerene, if that's what you were looking for.
A diamond. Also the shape of a molecule can only affect physical properties.
The oxidation number of a carbon atom in diamond is 0, because carbon atoms in diamond have a formal charge of 0. Each carbon atom in diamond is bonded to four other carbon atoms, forming a tetrahedral structure, and there are no net charges on the molecule.
The main difference between a molecule of sand and diamond lies in their composition. Sand is primarily composed of silicon dioxide (SiO2) molecules, while diamond is made up of carbon atoms arranged in a crystal lattice structure. Diamonds are much harder and have a higher refractive index compared to sand, which is a mixture of minerals and other particles.
No, CCl4 is not a diamond. CCl4 is a molecule composed of one carbon atom and four chlorine atoms, known as carbon tetrachloride. Diamonds are made of pure carbon atoms arranged in a crystal lattice structure.
Carbon has a number of allotropes, (forms) Graphite - sheets of fused hexagons Diamond - giant molecule Lonsdaleite another crystalline form similar to diamond fullerenes- finite"spheres" with 5 and six membered rings of carbon and tubes They are all covalently bonded- most have delocalised electrons - exceptions are diamond and lonsdaleite Wikipedia article is not a good article but it does have some informative pictures
No, diamond is a nonpolar molecule because it consists of carbon atoms arranged in a symmetrical tetrahedral structure, which results in an overall neutral distribution of charge. This means that diamond does not have a net dipole moment.