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Halides of Group 16

The table sho...

Question

The table shown below gives the bond dissociation energies for single covalent bonds of carbon (C) atoms with element and Which element has the smallest atoms

$\begin{matrix} Bond & E_{d i s s} (k J m o l^{- 1}) C - A & 240 C - B & 328 C - C & 276 C - D & 485 \end{matrix}$

A

A

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B

B

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C

C

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D

D

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Solution

The correct option is D D
Smaller the size of the bonding atoms greater is the extent of overlapping

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Similar questions

Q. The table shown below gives the bond dissociation energies for single covalent bonds of carbon (C) atoms with element and Which element has the smallest atoms

Q. The table shown below gives the bond dissociation energies

(E_{d i s})

for single covalent bonds of carbon

(C)

atoms with element

^{'} A^{'},^{'} B^{'},^{'} C^{'}

^{'} D^{'}

. Which element has the smallest size?

\begin{matrix} Bond & E_{d i s} ({kJ mol}^{- 1}) C - A & 240 C - B & 328 C - C & 276 C - D & 485 \end{matrix}

Q. The table shown below gives the bond dissociation energies

(E_{d i s s})

for single covalent bonds of carbon (

C

) atoms with the element

P, Q, R

S

. Which element has the smallest atoms?

Bond	$E_{d i s s} (k J m o l^{- 1})$
$C - P$	$240$
$C - Q$	$328$
$C - R$	$276$
$C - S$	$485$

Q. The bond dissociation energies for single covalent bonds formed between carbon and

A, B, C, D

E

Bond	Bond energy $k c a l {m o l}^{- 1}$
(i) $C - A$	$240$
(ii) $C - B$	$382$
(iii) $C - D$	$276$
(iv) $C - E$	$486$

This indicates that the smallest atom is:

Q. The single covalent bond energy of carbon with

A, B, C

D

240, 380, 270, 480

^{- 1}

. Thus, the smallest atom among

A, B, C

D

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