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. $O$ B. $S$ C. $Se$ D. $Te$
Choose the correct from the options given below:
- $D > C > B > A$
- $B > A > C > D$
- $A>B>D>C$
- $A>B>C>D$
The Correct Option is D
Solution and Explanation
The correct answer is (D) : A>B>C>D
Bond dissociation energy of E-H bond in hydrides of group 16 follows the order
H2O>H2S>H2Se>H2Te
Top Questions on hydrides
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Concepts Used:
Hydrides
The ones that are anions of a hydrogen atom are hydrides. Hydrogen can act or respond to different elements of the periodic desk. Nucleophilic, decreasing, and fundamental properties may be found in the interior of the chemicals of hydrogen, and hydride. Hydride compounds are devised with all factors of the periodic table, excluding a few noble gases. Hydrides are common compounds of hydrogen but with lesser electronegative elements.
Types of Hydrides:
Depending upon the evolution of a chemical bond and the elements that can act with the hydrogen atoms, there are three types of hydrides:
- Ionic Hydrides
- Covalent Hydrides
- Metallic or Interstitial Hydrides