The "octect" rule is mainly about the amount of levels within each electron shell in an atom. For example, the first can contain up to 2, and the second up to 8.
Two electrons.
A full octet makes the noble gases nonreactive.
Covalent bonding involves the sharing of electrons. Ionic bonding involves the transfer of electrons.
If by octect you mean the outermost shell, then yes.. that's why they're noble gasses (inert)
Boron cannot make simple compounds with a filled octet. Though it forms complex ions such as BF4- , BCl4- where it completes the octet.
It what happens when elements don't obey the octect rule, i.e. elements that have more than eight electrons in their outermost shell. It what happens when elements don't obey the octect rule, i.e. elements that have more than eight electrons in their outermost shell.
Of course it does obey.There are 8 electrons around Nitrogen.
No, Transition metals do not obey the octet rule in simple compounds , Am is an 'f' block transition metal.
the electron configuration of a noble gas
a stable element is an element which have been able to complet its octect rule, i.e the electron of its outermost shell is complet, this is what is called a stable element
For example, if Nitrogen has the electronic configuration 1s2 2s2 2p3; its trivalent because it needs 3 more electrons to complete its octect rule.
The noble or inert gases.
according to octect rule , an atom need to complete the octect to attain stability . The atoms forms ionicbond by donate or accept electrons . And also atoms forms covalent bond by shearing oe electron . The two types bonds are help to attain stability
The electrons on the outermost shell of an atom tell you how many valence electrons an atom on the periodic table has , and this number can be used to apply to the octect rule .
11111111=255
An octect is a byte with exactly 8 bits.
Carbon has four valence electrons in its outermost orbit which indicate it need four further electrons to complete its valence according to octect rule. It is also not possible for Carbon to remove all of its four valence electrons for the same cause of obeying octect rule. Hence the only option left for carbon is make covalent bonds with another carbon or any other element whose electrons are available for making a covalent bond. That's why most of the compounds of carbon are covalent.