The C-X bond energy order for the carbon tetra halides is-CI-4 gt- CBr-4 gt-CCl-4 gt- CF-4CCl-4 gt- CBr-4 gt- CI-4 gt- CF-4CF-4 gt- CCl-4 gt- CBr-4 gt- CI-4None of above

The correct option is C CF_4 gt; CCl_4 gt; CBr_4 gt; CI_4The C X bond energies in CF_4, CCl_4, CBr_4 and CI_4 are 116, 81, 68 and 51 KJ mol^ 1 resp ...

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Standard XII

Chemistry

Reactivity Towards Halogens

The C-X bond ...

Question

The C-X bond energy order for the carbon tetra halides is:

C I_{4} > C B r_{4} > C C l_{4} > C F_{4}

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C C l_{4} > C B r_{4} > C I_{4} > C F_{4}

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C F_{4} > C C l_{4} > C B r_{4} > C I_{4}

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None of above

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Solution

The correct option is C $C F_{4} > C C l_{4} > C B r_{4} > C I_{4}$
The $C - X$ bond energies in $C F_{4}, C C l_{4}, C B r_{4} a n d C I_{4}$ are 116, 81, 68 and 51 $K J m o l^{- 1}$ respectively.

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Similar questions

Q. The C-X bond energy order for the carbon tetra halides is:

Q. ntWhich of the following compounds do not exist. Explain with reason .n ntPBr3 ,PCl3 ,PI3 ,PF3 ,CI4 ,CBr4 ,PI5 ,PBr5 ,PH5 ,SI2 ,SF2 ,SCl2 ,SBr2 ,OI2 ,OBr2n

C H_{3} C H_{2} C H = C H_{2} + C B r_{4} P e r o x i d e s - ----- \to ?

What is the product of the reaction?

What type(s) of intermolecular forces exist between the following pair?

{C l}_{2}

and

C {B r}_{4}

A compound X consists of 4.8% carbon and 95.2% bromine by mass.

Determine the empirical formula of this compound working correct to one decimal place.

[C= 12; Br = 80]

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The C-X bond energy order for the carbon tetra halides is:

The correct option is C CF4>CCl4>CBr4>CI4The C−X bond energies in CF4, CCl4, CBr4 and CI4 are 116, 81, 68 and 51 KJ mol−1 respectively.

The correct option is C $C F_{4} > C C l_{4} > C B r_{4} > C I_{4}$
The $C - X$ bond energies in $C F_{4}, C C l_{4}, C B r_{4} a n d C I_{4}$ are 116, 81, 68 and 51 $K J m o l^{- 1}$ respectively.