If the internuclear axis is $z$,then which of the following overlapping gives a $\sigma$ bond?

  • A
    $p_{z} \& d_{z^2}$
  • B
    $p_{z} \& p_{z}$
  • C
    $s \& p_{z}$
  • D
    All of these

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$A$ carbon-carbon triple bond in ethyne $(HC \equiv CH)$ consists of:

The total number of overlapping $p$-orbitals present in cycloheptatrienyl cation is

In a $\sigma$ bond,

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

Assuming the bond direction is along the $z$-axis,which of the following overlaps of atomic orbitals of two atoms $(A)$ and $(B)$ will result in bonding?
$I$. $s$-orbital of $A$ and $p_x$-orbital of $B$
$II$. $s$-orbital of $A$ and $p_z$-orbital of $B$
$III$. $p_y$-orbital of $A$ and $p_z$-orbital of $B$
$IV$. $s$-orbital of both $(A)$ and $(B)$

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