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The octet state refers to a configuration in which an atom has eight electrons in its outermost shell, achieving a stable electron arrangement similar to that of noble gases. This concept is central to the octet rule in chemistry, which states that atoms tend to bond in ways that allow them to have eight valence electrons. Atoms often achieve this stability through the formation of covalent or ionic bonds. The octet state is crucial for understanding chemical reactivity and the formation of molecules.
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If DHCP server uses the subnetmask 225.225.225.0 how many ip address can it produce?
Hi Friend, i Think that there is a problem in question or i am not aware about it, becoz first octate should fill first so it would be 255.255.225.0, when 2 octate will full then u can reach on third octate. if we leave first octate on 225, it means it doesn't cover all ip of A class, so it can't move further. if there is any update, then plz mail me @ mohitdns@AOL.in Thanks Mohit Sharma
What is valance electron and free electrol describe with figure?
valence electrons are the remaining electrons after which an atom has attains its octate level
How many electrons do hydrogen gains or lost?
Hydrogen shares its electrons to complete the octate so it gains 1 electrons. it can also its electrons.
Explain the Net id and Host id of 114.34.2.8?
First octate i.e. 114 indicates that its a A class network.In case of 114.34.2.8 the net id is 114 and the host id is 34.2.8
The summary of the poem 'sonnets to the pupils of Hindu college' by derozio?
ans.4 yes sonnet are type of poem consitisting of 14 lines first 8 octate and other 6 sestet
How many electrons are total in the levels of a stable atom?
Well it depends upon which element you are talking about Eg flourine atom has 9 protons and electrons normally configuration will be 2,8,1 But if u r talking about a stable fluorine electron, configuration will be 2,8 This happens since the outermost octate of fluorine is not filled completely so it is not stable in it's structure so it loses the 1 extra electron in it's last octate and becomes stable gaining a negative charge Ultimately no. Of levels vary from element to element
How are molecules of an element and a compound different?
Hydrogen symbol : H , and atomic number : 1 is an element . Whereas H2 is the hydrogen compound . The element may not be stable but molecule are always stable . When we see the molecular structure of hydrogen element , the outer most valence shell has one electron , which means hydrogen needs one more electron to fulfill its duplet . When the octate and duplet are fulfilled they are stable . In compound various element and molecules , bond to complete each others octate or duplet . Compound have certain bond . Eg electrovalent bond and covalent bond .
How do element become stable?
The elements can only be stable when it complete is octate in its outer most orbit has 8 electrons in its outer most orbit by gaining or losing energy
Why is sodium electropositive?
Sodium is electropositive because its atomic configuration is (2,8,1). In order to be octate it should loose its last electrone from last orbit to another elements 0r atom.
When does a polar covalent bound typically occurs between two different metal?
Two different metals will never form a covalent bond bond between them as both will like to give away extra electrons and will not like to share those extra electrons because octate in outer orbit will not be complete then.
What are the limitations and disadvantages of ionic bonding?
Ionic bonding can lead to brittle compounds due to the rigid arrangement of ions in the crystal lattice. The strength of ionic bonds can weaken in the presence of water or other polar solvents, affecting the stability of the compound. In some cases, the transfer of electrons in ionic bonding can lead to the formation of highly reactive species.
What changes while the number of protons stays the same?
While the number of protons remains constant, changes in the number of neutrons and electrons can occur. This will affect the isotope of the element without altering its chemical properties. Additionally, changes in the arrangement of electrons can result in different chemical behavior despite the same number of protons.
