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The elements in the halogen family are in group 7 and thus have 7 valence electrons. They are very reactive because the want an additional electron to complete the octet. They can get this additional electron by reacting with another element willing to donate that electron. A perfect example is an element from group 1 or 2 (alkali or alkali earth) which wants to donate an electron.
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An element that is a very reactive gas is most likely a member of the what?
It is most likely a member of the halogen group, such as fluorine or chlorine. Halogens are highly reactive nonmetal elements that exist as diatomic molecules in their natural state.
Why are the halogen family and noble gases alike and different?
The halogen family and noble gases are both groups of elements located in the periodic table. They are both inert and stable but are different in terms of reactivity. Halogens are highly reactive and tend to form salts with metals, while noble gases are known for their low reactivity due to having a complete outer electron shell.
Why are elements in family 1 very reactive?
Elements in family 1 are very reactive because they have one electron in their outermost shell, making them highly likely to lose that electron to achieve a stable electron configuration. This results in the formation of positive ions, which allows these elements to readily bond with other elements to achieve stability.
What is the family of very reactive groups of mostly nonmetals whose atoms gain or share one electron in chemical reactions?
Halogens are the family of very reactive nonmetals that gain or share one electron in chemical reactions. This group includes elements like fluorine, chlorine, bromine, and iodine. They typically form ionic compounds by gaining an electron or share electrons in covalent bonds.
Are the elements in group 18 reactive?
all the elements of group 18 are Nobel gases. They are very very less reactive.
How reactive is the halogen group?
The halogens are the most reactive non-metals. They need only 1 additional electron to complete their octet.
Is halogen the most stable element in the periodic chart?
No, halogens are very reactive elements.
What are some Characteristics of bromines family?
Bromine's family is the Halogen family. They are a group of non-metals that are very reactive.
Is it easy for halogens to form compounds?
Yes. They're very reactive, with fluorine (a halogen) being the most reactive of all elements.
Family characteristics of bromine?
Bromine is a halogen. The Halogens are very reactive non-metals.
An element that is a very reactive gas is most likely a member of the what?
It is most likely a member of the halogen group, such as fluorine or chlorine. Halogens are highly reactive nonmetal elements that exist as diatomic molecules in their natural state.
Why are the halogen family and noble gases alike and different?
The halogen family and noble gases are both groups of elements located in the periodic table. They are both inert and stable but are different in terms of reactivity. Halogens are highly reactive and tend to form salts with metals, while noble gases are known for their low reactivity due to having a complete outer electron shell.
The halogen family is made up of a group of very active?
The halogen family consists of the elements fluorine, chlorine, bromine, iodine, and astatine. These elements are highly reactive and tend to form salts with metals. They have 7 electrons in their outer shell, making them eager to gain an extra electron to achieve a stable electron configuration.
What family is very reactive group of mostly nonmetal whos Atoms have 7 balons electrons?
Halogen
What is a very reactive group of mostly nonmetals?
halogen
What family is a very reactive group of mostly nonmetals where atoms gain or share one electron in chemical reactions?
This family is the halogen group: F, Cl, Br, I, At, Uus.
Why are elements in family 1 very reactive?
Elements in family 1 are very reactive because they have one electron in their outermost shell, making them highly likely to lose that electron to achieve a stable electron configuration. This results in the formation of positive ions, which allows these elements to readily bond with other elements to achieve stability.
