Assing the position of the elements with outer electronic configuration `(n-2)f7 (n-1)d^1 ns^2 (n=6)`

Assing the position of the elements with outer electronic configuration (n-1) d^2 ns^2(n = 4)

Assing the position of the elements with outer electronic configuration ns^2np_4 (n = 3)

Assign the position of the element having outẹr electronic configuration i. 'n s^2 n p^4' for 'n=3' ii. '(n-1) d^2 n s^2' for 'n=4', and iii. '(n-2) f^7(n(-1)) d^1 n s^2' for 'n=6', in the periodic table.

The element that has outer electronic configuration 3d^5 4s^1 belongs to.

Write the general outer electronic configuration of d-block elements.

Which is the element with electronic configuration of its atom 1s^2 2s^2 2p^6 3s^2 3p^6 3d^10 4s^1

Write the general outer electronic configuration of 's', 'p, d' and 'f' block elements.

The outer most subshell electronic configuration of an element is 3d^(5)4s^2 . Write the complete subshell electronic configuration of this element.

The outer most subshell electronic configuration of an element is 3d^54s^2 : Write the complete subshell electronic configuration of this element.

General electric configuration of lanthanides is A. (n−2)f1−14(n−1)s2p6d0−1ns2 B. (n−2)f10−14(n−1)d0−1ns2 C. (n−2)f0−14(n−1)d10ns2 D. (n−2)d0−1(n−1)f0−14nsld General electronic configuration of lanthanides is[2002] a)(n – 2) f1 –14 (n –1) s2p6d0 – 1 ns2 b)(n – 2) f10 –14 (n –1) d0 – 1 ns2 c)(n – 2) f0 –14 (n –1) d10 ns2 d)(n – 2) d0 –1 (n –1) f1 – 14 ns2