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Fluorine is more electronegative than io...

Fluorine is more electronegative than iodine atom, yet HF has lower acidic strength than HI.

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Fluorine is more electronegative than chlorine. Is the statement true ?

Account for the following observations (a) AlCl_(3) is a Lewis acid (b) Though fluorine is more electronegative than chlorine yet BF_(3) is a weaker Lewis acid than BCI_(3) (c) PbO_(2) is a stronger oxidising agent than SnO_(2) (d) The +1 oxidation state of thallium is more stable than its +3 state.

Chlorine has more electron affinity than fluorine.

Fluorine is more electronegative than chlorine but p-fluorobenzoic acid is a weaker acid than p-chlorobenzoic acid. Explain.

Write the correct form of the following statement: The fluorine atom is more electronegative than H atom, therefore, the H-F bond is formed by gain and loss of electrons.

Assertion: F is more electronegative than Cl . Reason: F has high electron affinity than Cl .

Chlorine is more reactive than _____ [fluorine/iodine]

Although fluorine is more electronegative than oxygen, but the ability of oxygen to stabilise higher oxidation states exceeds that of fluorine. Why?

Fluorine is more electronegative than either boron or phosphorous. What conclusion can be drawn from the fact that BF_(3) has no dipole moment but PF_(3) does

More acidic than ethanol is

ICSE-P-BLOCK ELEMENTS-EXERCISE (PART-II)(DESCRIPTIVE QUESTIONS)(SHORT ANSWER QUESTIONS)
  1. Explain the trends in property in halogen family as given under: (i)...

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  2. How will you account that when chlorine is pased through a fluoride so...

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  3. Fluorine is more electronegative than iodine atom, yet HF has lower ac...

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  4. State the trends observed in case of each of the following: (i) Oxid...

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  5. Give reasons for the following: (i) Binary compounds of oxygen and f...

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  6. What happens when : (i) Cl2 is passed through hot NaOH. (ii) Cl2 ...

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  7. Noble gases are relatively inert elements. Give reasons.

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  8. Why ease to liquefy noble gases increases with increase in atomic numb...

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  9. Give reasons which prompted Bartlett to react xenon with fluorine to f...

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  10. How are XeO(3) and XeOF(4) prepared?

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  11. Explain the following : Only higher members of group 18 of the perio...

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  12. Explain the following : Hydrogen fluoride is much less volatile than...

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  13. Explain the following : Interhalogen compounds are strong oxidising ...

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  14. Explain the hybridization in XeF2. Also draw its molecular structure.

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  15. Explain the hybridization in XeF4. Also draw its molecular structure.

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  16. Explain the hybridization in XeF(6-) . Also draw its molecular structu...

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  17. Explain the hybridization in XeOF(2-) . Also draw its molecular struct...

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  18. Give the shapes of CIF3, BrF5 and IF7 using VSEPR theory.

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  19. Write the hybridization and also draw their molecular structures : (...

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  20. Give equations for the preparation of XeO2F2, XeOF4 and XeO2F2.

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