A completely filled d-orbital (d^10) is...

A completely filled d-orbital `(d^10)` is

Spherically symmetrical

has octahedral symmetry

Has tetrahedral symmetry

Depends on the atom

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(i) Give the general electronic configuration of d-block elements, (ii) Silver atom has completely filled d-orbitals (4d^10) in its ground state. Yet, it is considered as transition element. Why? (iii) Cu^+ ion is not stable in aqueous solution. Explain. (iv) Actinoids contraction is greater from element to element than lanthanoid contraction. Why?

Copper is regarded as transition metal though it has completely filled d-orbital (d^(10)) . Explain.

Copper atom has completely filled d orbitals (3d^(10)) in its ground state. How can we say that it is a transition element

Silver atom has completely filled d orbitals (4d^(10)) in its ground state. How can you say it is a transition element?

(a) Silver atom has completely filled 'd' orbitals (4d^10) in its ground state. How can you say that it is a transition element ? (b) Actinoids exhibit a large number of oxidation states in comparison to corresponding members of Lanthanoid series. Why?

(a) Account for the following : (i) Mn_(2)O_(7) is acidic whereas MnO is basic. (ii) Though copper has completely filled d-orbital (d^(10)) yet it is considered as a transition metal. (iii) Actinoids show wide range of oxidation states. (b) Write the preparation of potassium permanganate from pyrolusite ore (MnO_(2)) .

Statement-1: silver is a transition element. Statement-2: silver atom has completely filled d-robitals (4d^(10)) in its ground state.

ERRORLESS -ATOMIC STRUCTURE-Quantum numbers , Electronic configuration and Shape of orbitals

For d subshell , the azimuthal quantum number is
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