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प्रश्न
Why is ICl more reactive than I2?
उत्तर
ICl is more reactive than I2 because I−Cl bond in ICl is weaker than I−I bond in I2.
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संबंधित प्रश्न
Draw structure of Chlorine trifluoride
Draw the structures of the following molecules: BrF3
ICl is more reactive than I2.
Account for the following: Interhalogens are more reactive than pure halogens.
Draw the structures of the following : ClF3
Explain why:
(1) Interhalogen compounds are more reactive than the related elemental halogens.
(2) Sulphur exhibits the tendency for catenation but oxygen does not.
(3) On being slowly passed through water, PH3 forms bubbles but NH3 dissolves.
Which among the following pairs of halogen forms the interhalogen compound of the type \[\ce{XX^{'}_7}\]?
What is the oxidation state of bromine in the product?
\[\ce{Br2 + \underset{(excess)}{3F2} ->?}\]
The bent T-shaped interhalogen is ____________.
Which of the following interhalogen is a pale brown gas at room temperature?
The shape of BrF5 molecule is ______.
BrF undergoes disproportionation to form Br2 and another interhalogen compound. What is the oxidation state of Br in this interhalogen compound?
Which among the following halogen does not form polyhalide ion?
What type of hybridization is observed in interhalogen compounds of the type \[\ce{XX^'_3}\]?
Match the compounds given in Column I with the hybridisation and shape given in Column II and mark the correct option.
| Column I | Column II |
| (A) XeF6 | (1) sp3d3 – distorted octahedral |
| (B) XeO3 | (2) sp3d2 – square planar |
| (C) XeOF4 | (3) sp3 – pyramidal |
| (D) XeF4 | (4) sp3 d2 – square pyramidal |
In the interhalogen compound AB3, the state of hydridisation of A is ______.
The interhalogen compound fonned from the reaction of bromine with excess of fluorine is a ______.
