Which is the general formula for the electronic configuration of the actinide series?
- A$[Rn] 5f^{0-14} 5d^{0-2} 6s^2$
- B$[Xe] 4f^{0-14} 5d^{0-10} 6s^2$
- C$[Xe] 4f^{0-14} 5d^{0-10} 7s^2$
- D$[Rn] 5f^{0-14} 6d^{0-2} 7s^2$
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Similar Questions
Which one of the following is the correct order of ionic radii?
Which of the following is responsible for the lanthanoid contraction?
Medium
View SolutionWhich of the following statements are correct?
$I$. $P$ has the least negative electron gain enthalpy among $P, S, Cl$, and $F$.
$II$. In $Eu$ and $Yb$, lanthanoid contraction is not observed.
$III$. $Ce(OH)_3$ is the most basic among lanthanoid hydroxides.
$IV$. The radii of $Na$ and $Na^+$ are $95 \ pm$ and $186 \ pm$ respectively.
$I$. $P$ has the least negative electron gain enthalpy among $P, S, Cl$, and $F$.
$II$. In $Eu$ and $Yb$, lanthanoid contraction is not observed.
$III$. $Ce(OH)_3$ is the most basic among lanthanoid hydroxides.
$IV$. The radii of $Na$ and $Na^+$ are $95 \ pm$ and $186 \ pm$ respectively.
What is the highest oxidation state exhibited by actinoids?
Which among the following lanthanoids has the smallest atomic size?
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