What type of bonds can the given electronic c | vedclass

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(C) The given electronic configuration shows two $sp$ hybrid orbitals and two unhybridized $p$ orbitals ($2p_y$ and $2p_z$).Each of these four orbital

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Two sigma $(\sigma)$ bonds and two pi $(\pi)$ bonds

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(C) The given electronic configuration shows two $sp$ hybrid orbitals and two unhybridized $p$ orbitals ($2p_y$ and $2p_z$).Each of these four orbitals contains one unpaired electron.The two $sp$ hybrid orbitals will form two sigma $(\sigma)$ bonds.The two unhybridized $p$ orbitals ($2p_y$ and $2p_z$) will form two pi $(\pi)$ bonds.Therefore,the configuration can form two sigma $(\sigma)$ bonds and two pi $(\pi)$ bonds.

$A. NO_3^-$	$1. sp^3$
$B. NH_2^-$	$2. sp$
$C. SCN^-$	$3. sp^3d$
$D. ICl_2^-$	$4. sp^2$

What type of bonds can the given electronic configuration of the excited state of $C$ form?

Similar Questions

Which of the following contains an $sp^2$ hybridized carbon?

Match the following ions with the corresponding hybridisation of their central atoms.
$A. NO_3^-$ $1. sp^3$
$B. NH_2^-$ $2. sp$
$C. SCN^-$ $3. sp^3d$
$D. ICl_2^-$ $4. sp^2$

The bond angle in $sp^2$ hybridisation is

Which of the following compounds shows the hybridization mode $sp^2 - sp^2 - sp - sp$ from left to right?

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