Transition Elements: Introduction and Electronic Configuration

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10 Questions

Which factor primarily influences the atomic radii trend across a period?

Effective nuclear charge

What is the main reason for the relatively constant atomic radii within each transition series?

Shielding effect of inner d electrons

Why do elements with more unpaired electrons generally have higher melting and boiling points?

Stronger metallic bonds

In the context of transition elements, what are complexes mainly formed by?

Transition metals interacting with ligands

Why do many transition elements and their compounds exhibit magnetic behavior?

Presence of unpaired electrons in partially filled d orbitals

What is the general electronic configuration for transition elements?

(n - 1)d^1-10 ns^1-2

Which series are transition elements classified into based on the principal quantum number (n) of the penultimate shell?

3d, 4d, 5d, and 6d series

What unique property of transition elements arises from the presence of partially filled d orbitals?

Variable oxidation states

Why are transition elements versatile in chemical reactions and industrial processes?

Their ability to adopt multiple oxidation states

How do the atomic and ionic radii of transition elements behave?

Their variation is unpredictable

Learn about transition elements, also known as d-block elements, and their general electronic configuration characterized by inner d orbitals. Explore elements from Scandium to Zinc in period 4 and analogous elements in other periods.

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