Hg will not spontaneously donate electrons to copper.
No, but some of them can donate all their valence electrons. Let us take a ridiculous example. Copper is [Ar]4s2d9. Donating 11 valence electrons would be energetically impossible. Now Vanadium is different and is [Ar]4s2d3 and so only needs to donate 5 valence electrons. This can be and is done V2O5 is a very stable compound - vanadium pentoxide.
Donor atom should donate the electrons to get into a stable state... and sometimes to form an ionic compound..
Sodium is a metal element. There are 11 electrons in a single atom.
donate the electrons forming a cation.
They become positively charged ions.
Acids receive electron. Alkalis donate. Acids donate hydrogen ion in solution. Alkalis donate hydroxyl ion in solution. Alkalis donate lone pair electrons.
Donate electrons: oxidation.Accept electrons: reduction.
No, but some of them can donate all their valence electrons. Let us take a ridiculous example. Copper is [Ar]4s2d9. Donating 11 valence electrons would be energetically impossible. Now Vanadium is different and is [Ar]4s2d3 and so only needs to donate 5 valence electrons. This can be and is done V2O5 is a very stable compound - vanadium pentoxide.
yes
Metals donate electrons by losing electrons and forming positive ions.
Donor atom should donate the electrons to get into a stable state... and sometimes to form an ionic compound..
Basically, donate protons to the solution. H +
Basically, donate protons to the solution. H +
nucleophiles
If a non-metal combines with a metal, then the metal will donate electrons and the non-metal will accept electrons. An ionic bond is the result to form an ionic compound. If the non-metal combines with another non-metal, then both will share the electrons resulting in the formation of a covalent bond between them. The molecule is known as covalent compound.
Sodium is a metal element. There are 11 electrons in a single atom.
Ionic molecules donate electrons.