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Why do covalent compounds exhibit stereo...

Why do covalent compounds exhibit stereoisomerism?

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The covalent bonds are rigid and directional. They can orient at specific angles in space. Due to the possibility of different spatial arrangements of covalent bonds in space, a covalent compound may exhibit stereoisomerism.
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ICSE-CHEMICAL BONDING AND MOLECULAR STRUCTURE-SHORT ANSWER TYPE QUESTIONS
  1. Write the resonating structures of O3 and CO2.

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  2. What is lattice energy and how is it related to the stability of an io...

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  3. Why do covalent compounds exhibit stereoisomerism?

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  4. On the basis of VSEPR theory explain why BeCl2 molecule is linear wher...

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  5. What type of forces come into action when two atoms approach each othe...

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  6. Discuss how the valence bond theory explains the pyramidal shape of NH...

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  7. Give two differences between a sigma bond and a pi bond.""^(**"**)

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  8. Draw the shapes of sp^3 , sp^2 and sp hybrid orbitals.

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  9. Out of σ and π-bonds, which bond is stronger and why?

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  10. Why are the molecules like He2 , H3 and H4 not formed?

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  11. What do you understand by bond length? On what factors does it depend?

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  12. Carbon possesses only two unpaired electrons in its valence shell. How...

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  13. What are the conditions necessary for the formation of covalent molec...

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  14. Why is a molecule involving sp^2 hybridisation trigonal and planar?

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  15. Explain how the valence bond theory accounts for a carbon carbon doubl...

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  16. Explain the formation of C2 H2 molecule.

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  17. Explain why the compounds of the type C2 H2 X2 exhibit cis-trans isome...

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  18. Why does a covalent bond develop a partial ionic character when the el...

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  19. How do the metals conduct heat and electricity?

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  20. Explain why : metals are malleable and ductile,

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