10.B.D.E. of N2+ and C2+ are equal. Explain

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Q. If

λ = c_{2} [\frac{n^{2}}{n^{2} - 2^{2}}]

for Balmer series, what is the value of

c_{2}

Q. If

s i n θ + c o s e c θ = 2, t h e n s i n^{2} θ + c o s e c^{2} θ

is equal to:

$S_{1}$ : Bond order of $O_{2}^{-}$ is more than $O_{2}^{+}$
$S_{2}$ : $N O^{+}$ is more stable than $N_{2}^{+}$
$S_{3}$ : $C_{2}$ is more stable than $C_{2}^{+}$
State, in order, whether $S_{1}$ , $S_{2}$ , $S_{3}$ are true or false ?

Q. If

n > 2

, then

C_{1} {(a - 1)}^{2} - C_{2} {(a - 2)}^{2} + C_{3} {(a - 3)}^{2} + . . . . . . . + {(- 1)}^{n} C_{n} {(a - n)}^{2}

is equal to

Q. What do you meant by term bond order? Calculate the bond order of

N_{2}, C_{2}, H_{2}, N_{2}

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