Bond dissociation energy of "E-H" bond of the " H 2 E " hydrides of group 16 elements (given below), follows order. A. O B. S C. Se D. Te Choose the correct from the options given below:

Question

Bond dissociation energy of "E-H" bond of the " H 2 E " hydrides of group 16 elements (given below), follows order. A. O B. S C. Se D. Te Choose the correct from the options given below: (A) D > C > B > A (B) B > A > C > D (C) A>B>D>C (D) A>B>C>D

Tardigrade Admin · Accepted Answer

Bond dissociation energy of E-H bond in hydrides of group 16 follows the order H 2 O > H 2 S > H 2 Se > H 2 Te

Q. Bond dissociation energy of "E-H" bond of the " $H_{2} E$ " hydrides of group $16$ elements (given below), follows order.
A. $O$
B. $S$
C. $S e$
D. $T e$
Choose the correct from the options given below:

$D > C > B > A$

$B > A > C > D$

$A > B > D > C$

$A > B > C > D$

Bond dissociation energy of E-H bond in hydrides of group 16 follows the order
$H_{2} O > H_{2} S > H_{2} S e > H_{2} T e$

Q. Bond dissociation energy of "E-H" bond of the " H2​E " hydrides of group 16 elements (given below), follows order. A. O B. S C. Se D. Te Choose the correct from the options given below:

D>C>B>A

B>A>C>D

A>B>D>C

A>B>C>D