are un, bi and nil, respectively. Hence, the symbol and the name respectively are Ubn and unbinilium.
3.5 ELECTRONIC CONFIGURATIONS OF 3dtr1 ELEMENTS AND THE PERIODIC COnfi TABLE
In the preceding unit we have learnt that an 3d10 electron in an atom is characterised by a set of with four quantum numbers, and the principal quantum number (n) defines the main energy fifth level known as shell. We have also studied simi about the filling of electrons into different subshells, also referred to as orbitals (s,p,d, (Z= f) in an atom. The distribution of electrons into fillin orbitals of an atom is called its electronic ( n= configuration. An element's location in the elec Periodic Table reflects the quantum numbers the of the last orbital filled. In this section we will with observe a direct connection between the (Z= electronic configurations of the elements and the long form of the Periodic Table.
(a) Electronic Configurations in Periods
The period indicates the value of n for the the outermost or valence shell. In other words, peri successive period in the Periodic Table is nun associated with the filling of the next higher gas principal energy level ( n=1,n=2, etc.). It can

Question

are un, bi and nil, respectively. Hence, the symbol and the name respectively are Ubn and unbinilium.
3.5 ELECTRONIC CONFIGURATIONS OF 3dtr1​ ELEMENTS AND THE PERIODIC COnfi TABLE
In the preceding unit we have learnt that an 3d10 electron in an atom is characterised by a set of with four quantum numbers, and the principal quantum number (n) defines the main energy fifth level known as shell. We have also studied simi about the filling of electrons into different subshells, also referred to as orbitals (s,p,d, (Z= f) in an atom. The distribution of electrons into fillin orbitals of an atom is called its electronic ( n= configuration. An element's location in the elec Periodic Table reflects the quantum numbers the of the last orbital filled. In this section we will with observe a direct connection between the (Z= electronic configurations of the elements and the long form of the Periodic Table.
(a) Electronic Configurations in Periods
The period indicates the value of n for the the outermost or valence shell. In other words, peri successive period in the Periodic Table is nun associated with the filling of the next higher gas principal energy level ( n=1,n=2, etc.). It can

Filo · Accepted Answer

Video solution available for this question. Click here.

Question Text	are un, bi and nil, respectively. Hence, the symbol and the name respectively are Ubn and unbinilium. 3.5 ELECTRONIC CONFIGURATIONS OF $3 d tr_{1}$ ELEMENTS AND THE PERIODIC COnfi TABLE In the preceding unit we have learnt that an $3 d^{10}$ electron in an atom is characterised by a set of with four quantum numbers, and the principal quantum number $(n)$ defines the main energy fifth level known as shell. We have also studied simi about the filling of electrons into different subshells, also referred to as orbitals $(s, p, d$ , $(Z =$ f) in an atom. The distribution of electrons into fillin orbitals of an atom is called its electronic ( $n =$ configuration. An element's location in the elec Periodic Table reflects the quantum numbers the of the last orbital filled. In this section we will with observe a direct connection between the $(Z =$ electronic configurations of the elements and the long form of the Periodic Table. (a) Electronic Configurations in Periods The period indicates the value of $n$ for the the outermost or valence shell. In other words, peri successive period in the Periodic Table is nun associated with the filling of the next higher gas principal energy level ( $n = 1, n = 2$ , etc.). It can
Updated On	Oct 14, 2022
Topic	General Organic Chemistry
Subject	Chemistry
Class	Class 11
Answer Type	Video solution: 1
Upvotes	108
Avg. Video Duration	6 min

Filo tutor solutions (1)

Practice more questions on General Organic Chemistry

Students who ask this question also asked