Podcast
Questions and Answers
Which property heavily influences the Enthalpy of Atomisation?
Which property heavily influences the Enthalpy of Atomisation?
- Screening Effect
- Standard Electrode Potential
- Lanthanoid Contraction
- Metallic Bonding (correct)
What does a negative Standard Electrode Potential (E°) value signify?
What does a negative Standard Electrode Potential (E°) value signify?
- Feasibility of the reversible process (correct)
- Higher Ionisation Enthalpy required
- Low Hydration Enthalpy required
- Decrease in atomic size
How do d-orbitals influence atomic size in transition metals?
How do d-orbitals influence atomic size in transition metals?
- Enhance atomic shielding effect
- Neutralize nuclear attraction
- Increase the atomic size
- Cause a decrease in atomic size (correct)
What does Enthalpy of Atomisation signify?
What does Enthalpy of Atomisation signify?
Which statement best describes transition metals?
Which statement best describes transition metals?
Why were transition elements initially named 'transition' elements?
Why were transition elements initially named 'transition' elements?
According to the IUPAC definition, which elements can be classified as transition elements?
According to the IUPAC definition, which elements can be classified as transition elements?
Why are Zinc (Zn), Cadmium (Cd), and Mercury (Hg) not considered transition elements?
Why are Zinc (Zn), Cadmium (Cd), and Mercury (Hg) not considered transition elements?
Why can Copper (Cu) be classified as a transition element?
Why can Copper (Cu) be classified as a transition element?