Which of the following types of orbital overlapping results in the formation of a $\pi$ bond?

  • A
    Parallel $P-P$ orbitals
  • B
    $S-P$ orbitals
  • C
    Sideways overlapping of $P-P$ orbitals
  • D
    $S-S$ orbitals

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The double bond between the two carbon atoms in ethylene $(CH_2=CH_2)$ consists of:

State the number of $\sigma$ and $\pi$ bonds in the following molecules:
$(a)$ $C_2H_2$
$(b)$ $C_2H_4$

Calculate the ratio of $\sigma$ and $\pi$ bonds for the following compounds and determine the correct order:
$A$: Tetracyanomethane $(C(CN)_4)$
$B$: Carbon dioxide $(CO_2)$
$C$: Benzene $(C_6H_6)$
$D$: $1, 3$-Butadiene $(CH_2=CH-CH=CH_2)$

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Considering the $X$-axis as the internuclear axis,which of the following will not form a sigma $(\sigma)$ bond and why?

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