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Write the leuris structure of the following ionic compound

Write the leuris structure of the following ionic compound

  1. nluminium chloride
  2. Calcium oxide
  3. Magnesium nitride
  4. Alumimium phosphide
  5. calcium sulfide
  6. sodium oxide
  7. Potassium nitride.
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Natatise si the higher electronegativity of oxygen than that of hydrogen, the electron cloud is arxatevis thto the of , to weaken the bond. it leads to almost double bond order in (1.) inkage (as in freee ) of while it becomes of unity bond order in . 2unple 2: Exatain the variation in colours of halogens in the light of MOT. sovent : The energy gap between levels i.e., HOMO and LUMO determines the colour of . The ateerutons are: pale yellow (yellow) Br, reddish brown) : (violet) The exatation energy lies in the sequence, . Gaseous actually absorbs the highest energy light, i.e., violet light, and therefore, it appears pale yellow; while gaseous absorbs the lower energy light, i.e., yellow-green light, and it appears violet. The energy gap between and (LUM) (LUM) decreases with the increase of the principal quantum number . With the increase of , the larger p-orbitals get more diffused and as a result, the efectiveness in overiapping to form the MOs decreases. This gradual decrease in the efficiency of overiap reduces the difference of energy between the bonding and antibonding MOs. It is known that a better overlap produces a higher splitting between the MOs. Thus the better overlap condition stabilises the bonding MOs more and destabilises the antibonding MOs more. This explains the sequence of energy difference between and along the given series. Example 3: Explain why has greater bond dissociation energy than whereas has lesser bond dissociation energy than .
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Question Text
Write the leuris structure of the following ionic compound
Updated OnSep 14, 2022
TopicChemical Kinetics
SubjectChemistry
ClassClass 11
Answer Type Video solution: 1
Upvotes100
Avg. Video Duration3 min