The halogens have 7 electrons in their outer shells. This is not a very stable setup, but an outer shell with 8 electrons is stable. Because of this, a halogen will tend to gain 1 extra electron to fill this space. An electron carries a 1- charge.
this is because group 1 is very active and has 1 electron needed by halogens for them to become stable ( have a filled valence outer shell). Thus group 1 metals readily form compounds with group 7
Valence refers to the number of electrons involved in the formation of bonds.
Halogens (group VII) has 7 outershell electrons and requires 1 electron to form octect configuration and thus its valence is 1.
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halogens
Halogens combine with sodium to form salt that we eat.....
From a purely electronegative standpoint, Flourine is most likely to be an electron acceptor.
Halogens typically gain an electron to achieve an octet and become , F- Cl-,, Br-, I-
The valency of halogens is 1. his refers to the ability of an element to takeup or give out an electron to form a complete shell of energy.
Halogens are highly reactive and readily form salts with metals.
The family of elements that react readily with metals is the halogens. This group includes elements such as fluorine, chlorine, bromine, iodine, and astatine. Halogens are highly reactive nonmetals that readily form compounds with metals by gaining an electron to achieve a stable electron configuration.
No. Halogens combine readily with sodium
they lose their outer electron to some other atom.
Fluorine
Group 17 or halogens will combine readily with group 1 elements.
halogens
Elements that form salts by combining with metals are called halogens. All synthetic elements are radioactive. Elements that lie along the stair step line of the periodic table are metalloids.
Yes, halogens form diatomic molecules.
Halogens are not salts but they are chemical elements; halogens can form salts reacting with metals.
Group VII A or XVII or Halogens.
Halogens combine with sodium to form salt that we eat.....