Assertion (A): Among the two O-H bonds i...

Assertion (A): Among the two O-H bonds in `H_(2)O` molecule, the energy required to break the first O-H bond and the other O-H bond is the same.
Reason (R) This is because the electronic environment around oxygen is the same even after brekage of one O-H bond.

Promotional Banner

Promotional Banner

Recommended Questions

Assertion (A): Among the two O-H bonds in H(2)O molecule, the energy r...
Text Solution
|
Assertion (A): Among the two O-H bonds in H(2)O molecule, the energy r...
Text Solution
|
For the reaction: 2H(2)(g) +O(2)(g) rarr 2H(2)O(g), DeltaH =- 571 kJ...
Text Solution
|
For the reaction 2 H(2) + O(2) rarr 2H(2)O, DeltaH = - 571 . Bond ener...
Text Solution
|
Assertion (A) : Among the two O-H bonds in H(2)O molecule, the energy,...
Text Solution
|
For the reaction, 2H(2)+O(2) to 2H(2)O,DeltaH=571. bond energy of H-H=...
Text Solution
|
The H-O-H bond angles in H(3)O^(+) are approximately 107^(@). The orbi...
Text Solution
|
Assertion (A): Among the two O-H bonds in H(2)O molecule, the energy r...
Text Solution
|
The H-O-H bond angles in H(3)O^(+) are approximately 107^(@). The orbi...
Text Solution
|