The copper surface is not hydrophobic.
It depends on the surface status of the silicon. Bare silicon surface without any chemical termination is 'hydrophobic'. But this is very unstable status and it is very easily oxidized forming native SiO2 layer in the air which is 'hydrophilic'. Chemical treatment to make silicon surface hydrogen terminated will make it hydrophobic; while surface with OH termination will make it hydrophilic.
A hydrophobic compound is one that will not dissolve in water, and, if the compound is solid, one on which a drop of liquid water will not spread spontaneously over the surface.
Copper oxide
hydrophobic
by getting a plant and using it to get the metal closer to the surface
It depends on the surface status of the silicon. Bare silicon surface without any chemical termination is 'hydrophobic'. But this is very unstable status and it is very easily oxidized forming native SiO2 layer in the air which is 'hydrophilic'. Chemical treatment to make silicon surface hydrogen terminated will make it hydrophobic; while surface with OH termination will make it hydrophilic.
These are called hydrophobic patches. They are frequently involved in recognition and binding of ligands and other proteins.
yes
A hydrophobic compound is one that will not dissolve in water, and, if the compound is solid, one on which a drop of liquid water will not spread spontaneously over the surface.
After my opinion the fresh surface of copper is not dull.
Hydrophobic amino acids would be on the external surface of a protein. This is because these are the types of amino acids that help bind things together.
the whole protein must be amphipathic but the surface itself must be hydrophobic.
Hydrophobic plants are plants which have leaves which repel water. This causes the water tension to increase, so a sort of 'bubble' of water is formed on the leaf surface.
hydrophobic, if the protein in the cell membrane is completely in, it means it is hydrophobic, therefore the amino acid chain is also hydrophobic.
On the copper surface basic copper carbonate is formed.
Copper oxide
The copper will appear on the surface of the nail, so it will be different in colour-it'll be like copper.