Identify the statement(s) which is(are) not c | vedclass

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(D) $a)$ $NH_3$ ($sp^3$ hybridized,pyramidal) and $H_3O^+$ ($sp^3$ hybridized,pyramidal) are isostructural. This statement is correct.$b)$ $ClF_3$ has

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$d$

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(D) $a)$ $NH_3$ ($sp^3$ hybridized,pyramidal) and $H_3O^+$ ($sp^3$ hybridized,pyramidal) are isostructural. This statement is correct.$b)$ $ClF_3$ has $sp^3d$ hybridization with two lone pairs,resulting in a $T$-shape. This statement is correct.$c)$ According to Molecular Orbital Theory,$O_2$ has two unpaired electrons in its antibonding $\pi^*$ orbitals,making it paramagnetic. This statement is correct.$d)$ The bond order of $N_2$ is $3.0$ ($10$ bonding,$4$ antibonding electrons). The bond order of $N_2^+$ is $2.5$ ($9$ bonding,$4$ antibonding electrons). Thus,the bond order of $N_2^+$ is less than $N_2$. This statement is incorrect.Therefore,only statement $d$ is incorrect.

Identify the statement$(s)$ which is(are) not correct from the following:
$a)$ $NH_3$ and $H_3O^+$ are isostructural
$b)$ $ClF_3$ has $T$-shape
$c)$ $O_2$ molecule is paramagnetic
$d)$ Bond order of $N_2^+$ is more than $N_2$

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Identify the statement$(s)$ which is(are) not correct from the following:$a)$ $NH_3$ and $H_3O^+$ are isostructural$b)$ $ClF_3$ has $T$-shape$c)$ $O_2$ molecule is paramagnetic$d)$ Bond order of $N_2^+$ is more than $N_2$