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What is the primary chemical reaction or bonding mechanism highlighted in 'd- and f-Block Elements' (Class 12)?

medium MCQ Class 12 · Chemistry · d- and f-Block Elements
  1. Thermodynamic equilibrium and electron transfer/sharing in d- and f-Block Elements
  2. Nuclear fission without orbital involvement
  3. Pure mechanical friction between inert atoms
  4. Irreversible physical boiling without bonds breaking
Answer
Thermodynamic equilibrium and electron transfer/sharing in d- and f-Block Elements

The correct answer is Thermodynamic equilibrium and electron transfer/sharing in d- and f-Block Elements — Thermodynamic stability determines reaction feasibility and equilibrium position.

Step-by-step solution

  1. Chemical transformations in 'd- and f-Block Elements' involve orbital overlap, hybridization, or electron transfer.
  2. Thermodynamic stability determines reaction feasibility and equilibrium position.

Concept tested: Reaction Mechanism & Bonding

Published · How this solution was prepared and checked

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