which of the following have highest bond energy:- (1) C2 (2) C2^-4 (3) C2^-2 (4) all have same

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^{n + 1} C_{2} + 2 [^{2} C_{2} +^{3} C_{2} +^{4} C_{2} + . . . +^{n} C_{2}] =

{^{n + 1} C}_{2} + 2 [{^{2} C}_{2} + {^{3} C}_{2} + {^{4} C}_{2} + . . . . . . + {^{n} C}_{2}]

\frac{n (n + k) (p n + m)}{h}

k + m + p + h

σ

π

C_{3}^{4 -}, C N_{2}^{2 -}, C O_{2}, C_{2}^{2 -}, C_{2} H_{4}, C N^{-}

C_{0}, C_{1}, C_{2}, \dots, C_{n}

(1 + x)^{2020},

t a n θ = \frac{1}{\sqrt{7}},

\frac{c o s e c^{2} θ - s e c^{2} θ}{c o s e c^{2} θ + s e c^{2} θ} = \frac{3}{4}

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