After understanding the assertion and reason, choose the correct option.
Assertion : In the bonding molecular orbital $(MO)$ of $H_2,$ electron density is increased between the nuclei.
Reason : The bonding $MO$ is ${\psi _A}\, + \,\,{\psi _{B,}}$ which shows destructive interference of the combining electron waves.
After understanding the assertion and reason, choose the correct option.
Assertion : In the bonding molecular orbital $(MO)$ of $H_2,$ electron density is increased between the nuclei.
Reason : The bonding $MO$ is ${\psi _A}\, + \,\,{\psi _{B,}}$ which shows destructive interference of the combining electron waves.
- [JEE MAIN 2015]
- A
Assertion is incorrect, reason is correct.
- B
Assertion is correct, reason is incorrect
- C
Assertion and reason are correct and reason is the correct explanation for the assertion
- D
Assertion and reason are correct, but reason is not the correct explanation for the assertion
Similar Questions
A molecule which contains unpaired electrons is
A molecule which contains unpaired electrons is
Which are the type of molecular orbitals ? Give information in short.
Which are the type of molecular orbitals ? Give information in short.
Which one is paramagnetic from the following
Which one is paramagnetic from the following
- [IIT 1989]
Correct decreasing order of bond order of oxygen species in $I$ to $IV$
$(I)$ $Na_2O_2$
$(II)$ $O_2 [AsF_6]$
$(III)$ $CsO_2$
$(IV)$ $O_2$
Correct decreasing order of bond order of oxygen species in $I$ to $IV$
$(I)$ $Na_2O_2$
$(II)$ $O_2 [AsF_6]$
$(III)$ $CsO_2$
$(IV)$ $O_2$
The correct stability order for $N_2$ and its given ions is :-
The correct stability order for $N_2$ and its given ions is :-