Atoms in honey are not sticky. It is just that honey is a viscous liquid having density quite higher than that of water(which is taken as a standard). This viscosity is a characteristic feature of honey and other liquids like oil because in this the molecules are bonded to each other by van der waals forces.
On this view, the atoms in honey are no different to any other atoms. It is perhaps worth keeping a rather more open mind. Lucretius wrote that the atoms in honey are sticky, whereas in bitter tasting foods they are barbed. This view emphasises human perception above the results experiments in the lifeless vacuity of a scientific lab.
The atoms in honey may be stickier than Western science may lead you to believe.
For more, read Lucretius at: http://www.radicalacademy.com/adiphiloessay87.htm
covalent bond is a type of bond between atoms in which the electrons are shared.
ramkalwan
No. Only ferrous metals are magnetic and are solid at room temperature. In order for a metal to "stick" to a magnet it would have to have its atoms aligned in the same direction. When in liquid form the atoms are too busy moving around to actually align themselves to a magnetic field.
A compound usually has characteristic properties due to the composition of atoms. The properties of a compound will be influenced by how atoms bond with each other.
mathematically it was calculated that for the Rutherford model to be stable it would require that 1000 or more electrons be in a single atom, but atoms only have (naturally occurring atoms) less than 100 electrons.
All matter is made of atoms.
All matter is made of atoms.
7.89
So as to explain the properties of atoms.
Atoms on mars are composed of protons and electrons which are composed of quarks, the same as atoms everywhere in the universe.
Atoms are too small to see.
atoms chemically combine
Because, atoms are so small they can fit on the tip of a pencil.
covalent bond is a type of bond between atoms in which the electrons are shared.
it explains what matter is made of
atoms combine to form molecules
Carbon