Chemical Bonding – Ionic Bond, Lattice Energy, Born-Haber Cycle
Chemistry · Grade 11 · Week 9 · 25 questions
This Grade 11 chemistry chapter on Chemical Bonding introduces Ionic Bond, Lattice Energy, and Born-Haber Cycle. A strong base in these ideas makes organic, inorganic, and physical chemistry much more approachable later.
What you'll practise
- Identify Ionic Bond
- Calculate Lattice Energy
- Explain Born-Haber Cycle
- Apply chemical bonding concepts to NCERT exercise and exemplar problems
All 25 questions in this Chemical Bonding – Ionic Bond, Lattice Energy, Born-Haber Cycle quiz
Grade 11 Chemistry — Chemical Bonding – Ionic Bond, Lattice Energy, Born-Haber Cycle: 25 practice questions with instant scoring and explanations.
- Ionic bond is formed by:
- Ionic compounds are formed between:
- Favorable conditions for ionic bond:
- Lattice energy is defined as energy:
- Lattice energy depends on:
- Lattice energy is higher for ions with:
- Born-Haber cycle is used to calculate:
- In Born-Haber cycle for NaCl, sublimation refers to:
- Ionization energy step in Born-Haber:
- Bond dissociation step for Cl₂:
- Electron gain step:
- Lattice formation enthalpy U of NaCl is:
- High melting point of ionic compounds is due to:
- Ionic compounds are soluble in:
- Ionic compounds conduct electricity when:
- Fajan's rules predict:
- Covalent character increases with:
- Which compound is most covalent: NaCl, MgCl₂, AlCl₃:
- Polarizing power of cation depends on:
- Polarizability of anion is higher for:
- Crystal structure of NaCl is:
- Coordination number in NaCl:
- Coordination number in CsCl:
- Coordination number in ZnS (zinc blende):
- Bond energy of ionic bond is typically:
Question 1 of 250 correct so far