speed of light
yes
In rubber electrons cannot freely move among atoms as in copper.
When the number of carbon atoms increases (or percentage of carbon increases), the hydrophobic (water repelling) portion increases and the compound becomes less soluble in aqueous medium and tends to be more soluble in organic solvents.
The atoms or molecules form repeating patterns.
The conduction of heat is the vibration of the atoms in the material. A solid's atoms are very close together, so that when a particle is heated and begins to vibrate, the other particles vibrate as well very quickly Hope that helped
Electron pairs repelling each other push atoms apart.
When the temperature of a conductor is increased, the amplitudd of vibrations of atoms increases.As a result, the probability of collision of electrons with vibrating atoms increases.That is why, it is said that the resistance of a conductor is increases with increasing temperature
When the temperature of a conductor is increased, the amplitudd of vibrations of atoms increases.As a result, the probability of collision of electrons with vibrating atoms increases.That is why, it is said that the resistance of a conductor is increases with increasing temperature
ionic bonds
The vibrations of the atoms in the conductor
Diamonds are an excellent conductor because they are made up of tightly packed carbon atoms.
electromagnetic
Electricity passes through atoms in the metal and the closer together they are the better the metal is as a conductor. In copper the atoms are closer together than they are in any other metal.
No, two positives are repelling, not attracting. No. Compounds are formed by two or more different elements. An ionic compound is formed by the attraction between two oppositely charged ions. Molecular compounds are formed by the sharing of electrons between atoms, which is called a covalent bond.
Mendelevium is very probable a conductor, as all metals, but measurements are impossible with only some atoms.
false
outer electrons of the atoms in a metal are not anchored to the nuclei of particular atoms, but are free to roam in the material. such materials are good conductors.