Practice & Test Chemical Bonding and Molecular Structure

Class 11 Chemistry · Chapter 4. Practice 126 free NEET 2027 questions on Chemical Bonding and Molecular Structure (Class 11 Chemistry), across 60 concepts. Asked ~4.7× per paper since…

126

Practice questions

Concepts tagged

Asked 2013–2025

4.7×

Per paper

How much does Chemical Bonding and Molecular Structure matter?

Across the 13 NEET papers from 2013 to 2025, Chemical Bonding and Molecular Structure has been examined 61 times — an average of 4.7 questions per paper. At 4 marks each, that is roughly 19 marks a year riding on this one chapter.

What gets asked: 60 concepts

Every question in the bank is tagged to one of these, so practice can target the exact idea you keep missing.

Application of Dipole Moment to Determine Geometry of MoleculesAtomBond AngleBond LengthBond OrderBond ParametersCationConcept of Hybridisation and its ApplicationsConditions for Electrovalent Bond FormationConditions for formation of Hydrogen BondCovalent BondDescending Order of Repulsive Interaction of Electron PairsDipole MomentDipole Moment Comparison for NH3 and NF3Drawbacks of the Lewis Octet RuleEffect of Configuration of the Cation on PolarisationEffect of Hybridisation on Bond AngleEffect of Intermolecular Hydrogen Bonding on Boiling PointEffect of Resonance on Bond length & Bond orderEnergy Level Diagram of Molecular OrbitalsEstimation of Bond Length and Bond Order by Molecular Orbital TheoryExpanded OctetFajan's RuleFormal ChargeGeometry of Molecules Containing Four Bond Pairs and Two Lone PairsGeometry of Molecules Containing Four Bond Pairs One Lone PairGeometry of Molecules Containing No Lone Pair of ElectronsGeometry of Molecules Containing Three Bond Pairs and Two Lone PairsGeometry of Molecules Containing Two Bond Pairs and One Lone PairHybridisationHydrogen BondHydrogen Bonding and its ApplicationIntra-molecular Hydrogen BondIonic or Electrovalent BondKossel-Lewis Approach to Chemical BondingLattice Energy of Ionic CompoundsLewis Octet RuleMagnetic Nature of the MoleculeMean or Average Bond EnthalpyMisconceptions associated with ResonanceMolecular Orbital Energy Level Diagram of Carbon Diatomic MoleculeMolecular Orbital Energy Level Diagram of Helium Diatomic MoleculeMolecular Orbital Energy Level Diagram of Oxygen Diatomic MoleculeMolecular Orbital Theory (MOT)Odd Electron MoleculesPolarisation and Dipole MomentPolarity of Covalent BondsResonanceResonating Structures of CompoundsRules for HybridisationSalient features of Molecular Orbital TheorySignificance of Lewis Symbolssp Hybridisationsp3 Hybridisationsp3d HybridisationStability in Terms of Bond OrderSteps for writing Lewis Dot StructureThe Valence Shell Electron Pair Repulsion (VSEPR) TheoryValence Shell Electron Pair Repulsion TheoryVBT for Bonding in Coordination Compounds

Sample questions

Question 1

Assertion (A): Boiling point of $p$-nitrophenol is higher than $o$-nitrophenol. Reason (R): p-nitrophenol has intermolecular hydrogen bonding while o-nitrophenol has intramolecular hydrogen bonding.

Question 2

Identify the type of hybridization of the highlighted carbon atom in the given molecule: $\ce{CH3-\textbf{C}\equiv CH}$. (A diagram of the molecule CH3-C≡CH is shown, with the central carbon atom (C2) explicitly highlighted and connected to CH3 and C≡CH fragments.)

Question 3

The hybridisation of the central atom and the shape of $\text{XeF}_4$ are respectively:

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