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Chapter 5: Chemical Bonding Theory, 1.Linear …
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Draw orbital diagram for valence e- (ground state)
Excited the electron(if needed) to higher energy orbital(excited state) -MUST HAVE PAIRED ELECTRON Draw the new hybridised orbital formed(hybrid state) Must have paired electron
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Draw orbital diagram for valence e-(ground state) for central atom
Excited the electron(if needed) to higher energy orbital(excited state) Draw the new hybridised orbital formed(hybrid state) -MUST HAVE UNHYBRIDISED UNPAIRED ELECTRON Draw orbital diagram for valence e-(ground state) for terminal atoms
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the shared region between the orbital of the outer shell overlap during the formation of covalent bond
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Draw correct Lewis Structure Determine electron domain of central atom Identify the type of hybridisation of central atom
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Draw orbital diagram for valence e-(ground state) fir central atom
Excited the electron(if needed) to higher energy orbital(excited state)
Draw the new hybridised orbital formed(hybrid state)
Draw orbital diagram for valence e-(ground state) for terminal atom
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Single bond-->1 sigma bond
Double bond--> 1 sigma and pi bond Triple bond--> 1 sigma bond and 2 pi bond