How with 5 valence electrons will achieve a full set of valence electrons?

Answer 1

If you're asking how will an atom with 5 valence electrons will achieve a full set of valence electrons, then the answer would be that they bond with other atoms to gain a full set of the valence electrons by sharing or gaining 3 electrons.

Answer 2

An atom with 5 valence electrons can achieve a full set by gaining 3 electrons to fill its outer shell, creating stability. This can be achieved through ionic bonding with elements that can donate electrons, such as those with 3 valence electrons, like boron.

Answer 3

the atoms which have 5 to seven electrons in outermost shell accept the electrons , which have one to three, donate the electrons and which have four share the electrons for the completion of valence shell , some atoms also complete the valence shell by coordinate covalent bonding.

Answer 4

The nonmetals usually gain or share however many electrons they need to complete their outer shell. Metals tend to lose the electrons in their outer shell, so that one of the inner shells essentially becomes the outer shell.

Answer 5

A full outer shell means that there are eight electrons in the last shell. If there are five valence electrons, then the atoms will "want" three more to become stable and have a full outer shell.

Answer 6

By gaining 3 electrons, an atom with 5 valence electrons will achieve a full set (8 valence electrons).

Answer 7

They will gain electrons to achieve an octet.

Answer 8

An atom with 5 valence electrons either gains three electrons from an element with low electronegativity or bonds with element to take all 5 electrons with a high electronegativity.

Answer 9

By gaining three electrons to form an anion or by sharing three electrons with other atoms.

Answer 10

By picking up 3 more from reducing agents to make it eight: the 'noble' number