From greatest to least tendency to accept an electron, they are F, O, C, Li, and Be.
F,O,C,Li,Na,Rb
Cl > S > Si > Na > Mg
Cl > S > Si > Mg > Na
Barium because this is have a greatest tendency.
Chlorine has the highest electron affinity or the greatest tendency to attract a shared pair of electrons in a covalent bond.
Fluorine require only one electron to fill its outer shell. Hence it has the greatest tendency to gain electrons than Al, Rb and I.
The tendency to lose electron decreases along a period. The tendency to gain electron increases.
Elements for bonds because they have a high tendency to be stable, this means that they have high tendency to attain the octet or doublet rule (only in the case of hydrogen).
Barium because this is have a greatest tendency.
Chlorine has the highest electron affinity or the greatest tendency to attract a shared pair of electrons in a covalent bond.
Fluorine require only one electron to fill its outer shell. Hence it has the greatest tendency to gain electrons than Al, Rb and I.
The tendency to lose electron decreases along a period. The tendency to gain electron increases.
Radioactive isotopes are just elements which have a tendency to undergo alpha, beta or gamma radiation to bring themselves to a stable electron configuration.
Radioactive isotopes are just elements which have a tendency to undergo alpha, beta or gamma radiation to bring themselves to a stable electron configuration.
The periods near the top, i presume because they have less shielding from other electrons in their orbitals, therefore there will be a larger nuclear pull so easier to attract electrons. Obviously a element with a full shell or 1 or 2 electrons in it isn't really going to gain electrons and Transition metals are weird. Hope this helps :)
resistance
Resistive tendency
The atoms of both elements have seven valence electrons and a strong tendency to abstract, from a less electronegative atom, an electron to complete their valence shells and thereby become an anion.
ohms law (resistance)
Elements for bonds because they have a high tendency to be stable, this means that they have high tendency to attain the octet or doublet rule (only in the case of hydrogen).