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MCQs on Chemical Bonding and Molecular Structure NEET Chemistry

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MCQs on Chemistry Bonding and Molecular Structure

Chemical bonding is best described as the attractive force which holds atoms, molecules and ions together. For instance, an ionic bond holds oppositely charged ions together, and covalent bond holds electrons together. The concept further explains how atoms tend to become stable with the completion of their octet. 

To achieve the same, you can refer to NEET chemistry MCQ on chemical bonding and molecular structure and practice them frequently. Revising various chapters and their exercises including chemical bonding NEET questions will prove useful in strengthening your preparation significantly. 


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Read below to find out some of the most common and important questions based on chemical bonding!

Chemical Bonding MCQ – Important Questions 

These are some of the most common NEET chemistry MCQ on chemical bonding and molecular structure. 

  1. _________ Is The Species with a Bond Angle of 120°.


  1. PH3

  2. NCl3

  3. BCl3

  4. ClF3


  1. _______ Holds The Molecules In a Crystal.


  1. Electrostatic attraction

  2. Dipole-dipole attraction

  3. Hydrogen bond

  4. Van der Waal’s attraction 


  1. Which of These Pairs of Species Have The Same Order of Bond?


  1. O2-, CN-

  2. N+, CN+

  3. CO, NO

  4. CN-, NO+


  1. _________ Do Not Have A Permanent Dipole.


  1. CS2

  2. SO3

  3. H2S

  4. SO2


  1. Which of These is Pyramidal in Shape?


  1. NO3-

  2. SO3

  3. CO32-

  4. PCl3


  1. Which is The Correct Geometry and Hybridisation of XeF4?


  1. Octahedral, sp3d2

  2. Square planar, sp3d2

  3. Trigonal bipyramidal, sp3d2

  4. Planar triangle, sp3d3


  1. Which is The Correct Order?


  1. lone pair-lone pair ✇lone pair-bond pair 🡪 bond pair-bond pair

  2. lone pair-lone pair 🡪 bond pair-bond pair 🡪 lone pair-bond pair

  3. lone pair-bond pair🡪 bond pair-bond pair🡪 lone pair-lone pair

  4. bond pair-bond pair 🡪 lone pair-bond pair 🡪 lone pair-lone pair


  1. pπ – dπ bonding is found in ________ molecule.


  1. SO32-

  2. NO3–

  3. CO32-

  4. BO33


  1. What is The Geometry of Sp3d2 Hybridisation Found in [Co(NH3)63+]?


  1. Octahedral geometry

  2. Tetrahedral geometry

  3. Tetragonal geometry

  4. Square geometry


  1. In PO43- _________ Is Its Formal Charge and the P-O Bond. 


  1. 1.25, -3

  2. 0.6, -0.75

  3. 1.0, -0.75

  4. 1.25, -0.75


  1.  ______ Are Isostructural and Isoelectronic.


  1. BeCl2, XeF2

  2. IBr2, XeF2

  3. IF3 , XeF2

  4. Tel2 , XeF2


  1. Which of These Is Paramagnetic?


  1. CO

  2. CN-

  3. NO+

  4. O2


  1. _____ Is A Polar Molecule.


  1. BF3

  2. XeF4

  3. SF4

  4. SiF4


  1. Which of These has 3 Bond Pairs and 1 Lone Pair Surrounding the Central Atom?


  1. BF3

  2. NH2

  3. PCl3

  4. H2O


  1. __________ Has The Lowest Melting Point.


  1. CaCl2

  2. Cal2

  3. CaBr2

  4. CaF2


  1. Which of These is A Dominant Intermolecular Force Which Has To Be Overcome for Converting Liquid CH3OH Into Gas? 


  1. London dispersion force

  2. Covalent bonds

  3. Dipole-dipole interaction

  4. Hydrogen bonding


  1. _______ Has A Linear Shape.


  1. SO2

  2. NO2+

  3. O3

  4. NO2-

  1. Which of These Statements Is False?


  1. The canonical structure does not have a real existence.

  2. Every AB5 molecule has a square pyramid structure.

  3. Electron deficient molecules act as Lewis acids.

  4. Multiple bonds are shorter than their corresponding single bonds.


  1. _____ Is Supposed To Be The Bumber of X – M – X Bonds at 180°, if MX6 is a Molecule That Has an Octahedral Geometry?


  1. 2

  2. 3

  3. 4

  4. 6


  1. ________ Is The Molecule With Maximum Dipole Moment.


  1. CO2

  2. NF3

  3. CH4

  4. NH3

This table below contains the answers to the above NEET chemistry MCQ on chemical bonding and molecular structure.

Answers of Chemical Bonding Questions

1. c 

2. d 

3. d 

4. a 

5. d 

6. a 

7. a 

8. a 

9. a 

10. d 

11. b 

12. d 

13. c 

14. c

15. b 

16. d

17. b

18. b 

19. b

21. d


You can also download different chemical bonding test PDF files and practise the same frequently to boost your confidence in the question-answering format. It will also come in handy to improve your time management skills by big leaps.

Furthermore, as MCQs tend to cover a large number of topics, you will be able to assess your grasp over them quite effectively. In turn, you will also be able to keep a better track of your improvement. 

The scope of NEET exam is vast, and hence aspirants need to dedicate a lot of time and energy to strengthen their preparation. Besides frequent revisions, aspirants need to strategize their revision plan to make the most of their time.

For instance, solving model NEET papers is an effective way of testing knowledge on the most important topics. So, by practising NEET chemistry MCQ on chemical bonding and molecular structure, you can analyse your grasp on the concepts and prepare accordingly. 

Also, the chemical bonding questions will provide you with a fair idea of the format to expect in the exam.

FAQs on MCQs on Chemical Bonding and Molecular Structure NEET Chemistry

1. What is chemical bonding? Give an example.

Ans. It is the force which holds atoms together to create compounds or molecules. There are 3 main types of chemical bonds, namely covalent bonds, polar covalent bonds and ionic bonds. Example, a single covalent bond is formed when atoms share just one pair of electrons.

2. How many types of chemical bonds are there?

Ans. There are 3 major types of chemical bonds – i. ionic bond, ii. covalent bond, iii. metallic bonds. Typically, these bonds form when electrons get transferred from one atom to another owing to the attraction between differently charged ions.

3. What is the importance of molecular structure?

Ans.  Molecular structure or molecular geometry is typically the 3-dimensional arrangements of atoms in a particular molecule. A fair idea of this structure comes in handy to determine the reactivity, polarity, magnetism, colour, phase and other biological activity of molecules.