[narutodemonkill]

H₃C-CO-O-O-NOO
   C  D   E  F G  --> correspond to subscripts.

Nitrogen has double bond with one oxygen and carbon d has double bond with oxygen.


question what type of orbital describe thebond b/w C_D and O_E
C_D has trigonal planar structure so has sp2 hybridization orbitals forming single bonds(sigma)
where as O_E 2p orbital overlaps with this sp2 orbital to form single bond with carbon right

[Mitch]

I'm pretty sure O_E is sp³.

[narutodemonkill]

I'm pretty sure O_E is sp³.

No I think Oxygen is SP because it forma 1 triple bond and one single bond.

[narutodemonkill]

I'm pretty sure O_E is sp³.

sp3 would indicate it having a tetrahedral arrangement.

No I think Oxygen is SP because it forms 1 triple bond and one single bond.

[Schrödinger]

I'm pretty sure O_E is sp³.

No I think Oxygen is SP because it forma 1 triple bond and one single bond.

Oxygen cannot form a triple bond.
Moreover, there are 2 atoms attached on either side of O_E. It also has 2 lone pairs on it.
That has to make it sp³, not sp.

As a matter of fact, Oxygen does have a tetrahedral arrangement 

[narutodemonkill]

I'm pretty sure O_E is sp³.

No I think Oxygen is SP because it forma 1 triple bond and one single bond.

Oxygen cannot form a triple bond.
Moreover, there are 2 atoms attached on either side of O_E. It also has 2 lone pairs on it.
That has to make it sp³, not sp.

As a matter of fact, Oxygen does have a tetrahedral arrangement 

o yeah that makes perfect sense thank you.