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Molecular orbitals are formed by the lin...

Molecular orbitals are formed by the linear combination of atomic orbitals (LCAO). Give the salient features of the molecular orbital theory.

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The formation of molecular orbitals can be described by the linear combination of atomic orbitals b) Write the electronic configuration of oxygen molecule on the basis of Molecular Orbital Theory. Justify the presence of double bond in it and account for its paramagnetic character.

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Molecular Orbital Theory (MOT) is an advanced theory of chemical bonding . Write the salient features of MOT.

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The shapes of the molecules is based on the VSEPR theory. Give the salient features of this theory.

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A N EXCEL PUBLICATION-CHEMICAL BONDING AND MOLECULAR STRUCTURE-QUESTION BANK
  1. Define dipole moment.

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  2. Based on M.O elecrtonic configuration, compare the magnetic property o...

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  3. He2 cannot exist as stable molecule. Justify this statement on the bas...

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  4. State Fajan's rule regarding the partial covalent character of an ioni...

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  5. Which has higher boiling point: o-nitrophenol or p-nitophenol? Give re...

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  6. Molecular orbitals are formed by the linear combination of atomic orbi...

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  7. Explain sp^3d hybridization with a suitable example.

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  8. The shapes of the molecules is based on the VSEPR theory. Give the sal...

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  9. Draw the potential energy curve for the formation of a hydrogen molecu...

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  10. One-half of the difference between the number of electrons in the bond...

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  11. Calculate the bond order of dinitrogen(N2)

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  12. Predict stability and magnetic property of N2 with reasons

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  13. In order to explain the geometrical shapes of molecules, the concept o...

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  14. In order to explain the geometrical shapes of molecules, the concept o...

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  15. Explain sp^3 hybridisation taking methane (CH4) as an example

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  16. Write the molecular orbital configuration of F2 molecule

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  17. What is bond order?

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  18. Give any two factors influencing the formation of an ionic bond

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  19. Give the shape of NH4^+

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  20. Give the shape of HgCl2

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