Write the atomic number,name,symbol,and electronic configuration of Actinium and the Actinoids.

(N/A) $(i)$ The atomic number,name,symbol,and electronic configuration of $Ac$ and $14$ Actinoids are given in the table below:

Atomic Number $(Z)$	Symbol	Name	Electronic Configuration
$89$	$Ac$	Actinium	$[Rn]^{86} 6d^1 7s^2$
$90$	$Th$	Thorium	$[Rn]^{86} 6d^2 7s^2$
$91$	$Pa$	Protactinium	$[Rn]^{86} 5f^2 6d^1 7s^2$
$92$	$U$	Uranium	$[Rn]^{86} 5f^3 6d^1 7s^2$
$93$	$Np$	Neptunium	$[Rn]^{86} 5f^4 6d^1 7s^2$
$94$	$Pu$	Plutonium	$[Rn]^{86} 5f^6 7s^2$
$95$	$Am$	Americium	$[Rn]^{86} 5f^7 7s^2$
$96$	$Cm$	Curium	$[Rn]^{86} 5f^7 6d^1 7s^2$
$97$	$Bk$	Berkelium	$[Rn]^{86} 5f^9 7s^2$
$98$	$Cf$	Californium	$[Rn]^{86} 5f^{10} 7s^2$
$99$	$Es$	Einsteinium	$[Rn]^{86} 5f^{11} 7s^2$
$100$	$Fm$	Fermium	$[Rn]^{86} 5f^{12} 7s^2$
$101$	$Md$	Mendelevium	$[Rn]^{86} 5f^{13} 7s^2$
$102$	$No$	Nobelium	$[Rn]^{86} 5f^{14} 7s^2$
$103$	$Lr$	Lawrencium	$[Rn]^{86} 5f^{14} 6d^1 7s^2$

$(ii)$ It is assumed that all Actinoids have a $7s^2$ electronic configuration,and the $5f$ and $6d$ subshells are filled differently.
$14$ electrons can be filled in $5f$ orbitals.
Thorium $(Th)$,$Z=90$ has $5f^0$,but from Protactinium $(Pa)$,$Z=91$ onwards,electrons are filled in the $5f$ subshell,and finally,in Lawrencium $(Lr)$,$Z=103$,the $5f$ orbitals are completely filled with a $5f^{14}$ configuration.