00:01
Electronic configuration.
00:02
Electronic configuration is one particular phenomenon that helps to understand the distribution of electrons across various shell of a particular atom.
00:13
So by understanding the distribution of electrons, yet another parameters can also be identified.
00:19
The first one, it is the valency of a particular atom.
00:23
So by understanding the valency of a particular atom, the property of the particular atom can also be understood followed by which its chemical behavior can also be understood so this in turn designs the chemical nature of a particular atom so this electronic configuration can be explained in a simple manner using 1 s 1 here 1 in turn denotes the energy level that is whether it is present in the k shell s shell and so on and also next to it it is the that is here in this in turn denounce the energy level.
01:00
Sorry, here one intern denotes just the energy level followed by which this is in turn denounce the kind of orbital.
01:09
Next to it is this one intern denotes the number of valence electron which intern can be denoted as e.
01:17
So this is how it is used.
01:19
For example, if the energy for example, if it is present in the kishl, then then the value of n in turn would be equivalent to 1 so this intern can be calculated using the formula which is 2 n square so to the place of n the value of 1 intern can be substituted that gives the value of 2 so k shell can accommodate to a maximum of 2 electrons only followed by l shell which in turn denotes the value of n equals 2 so by substituting the n value of n to b 2 which intern would give the answer of 8 so the maximum number of electron that can be accommodated in this.
01:58
The l shell is in turn found to be 8 followed by next to it is the m shell...