Pi bond

[Rohan Kubba Dis 4B]

Are all pi bonds in the p-orbital, and if so why?

[Maggie Eberhardt - 2H]

Yes!
Pi bonds must exist between overlapping p-orbitals

[ramiro_romero]

Yes, and also when describing the hybridization of pi bonds they will be the same. Ex. in a triple bond, the descriptions of both pi bonds would be the same and would exist in the p orbital

[Maika Ngoie 1B]

Yes, because a pi bond requires a plane of symmetry for the bond to form and hold

[Aarushi Solanki 4F]

Yes, because pi bonds are formed by the overlapping of two unhybridized p-orbitals.

[JasonKwon_3k]

Yes because pi bonds are a formation resulting from unhybridized p orbitals.

[kpang_4H]

Pi bonds have to be atomic orbitals,not hybrid orbitals

[Leyna Dang 2H]

Pi bonds are unhbyrdizied p orbitals and can also be d orbitals i think

[Claire Grover 3G]

Yes, they are always in the p orbital.

[Liliana Aguas 3G]

Yes they always exist in p orbitals only!

[Eesha Chattopadhyay 2K]

Yes, that is the definition of a pi bond.