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Hybridisation is the process of mixing Atomic orbitals with an atom to generate
Carbon has 4 outer shell electron
15² 25² 2p² IN INV
IS 25
a

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Hybridisation is the process of mixing Atomic orbitals with an atom to generate Carbon has 4 outer shell electron 15² 25² 2p² IN INV IS 25 alkanes Carbon can promote I of its 25 electrons to empty 2p orbital 15 29 2p 4SP3 hybrid orbitals are → degenerate alkenes MANNI IS 29 2p SP² orbitals 600 8 000 Į form tetrahedral shap overlap end on 76 bonds → degenerate ono IS 29 2p -> triganoi planar Overiap end on (6 bona) •Remaining aP in each c atom is unnybridused, overlap side on to form TT bond do H 3 sp² nybrid orbitaus с IS 25 H H 2p 4 SP3 hybrid orbiais I unybridised p 56 bond 1 π bond HYBRIDISATION 2p H-C Set of new degenerate hybrid orbitals alkynes H-C EC-H ethyne MANN IS 29 SP orbitals are degenerate unnybridised p orbitals overlap side on H-CC-H Alkane C-C Summary type of compound Alkene C-H C-H 2p Alkyne CEC C=C Bonding in Benzene -ouer lap end on near C180 bond angle) 2 TT 36 hy bridiration SP3 9p² SP TT electron cloud (6 electrons) SP² nybridisation on each carbon 126 bonds 15 29 INF 2p 2 SP hybrid orbitals bond type sigma 16 ITT 16 2 half filled unhybridiseds QP orbitair 2 TT remaining 6 half filled ap orbitals Overiap side on forming TT electron Cloud the 6 electrons in TT ICloud are delocalised

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hybridisation

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Chemistry

 

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Hybridisation is the process of mixing Atomic orbitals with an atom to generate
Carbon has 4 outer shell electron
15² 25² 2p² IN INV
IS 25
a

AH organic chemistry

Hybridisation is the process of mixing Atomic orbitals with an atom to generate Carbon has 4 outer shell electron 15² 25² 2p² IN INV IS 25 alkanes Carbon can promote I of its 25 electrons to empty 2p orbital 15 29 2p 4SP3 hybrid orbitals are → degenerate alkenes MANNI IS 29 2p SP² orbitals 600 8 000 Į form tetrahedral shap overlap end on 76 bonds → degenerate ono IS 29 2p -> triganoi planar Overiap end on (6 bona) •Remaining aP in each c atom is unnybridused, overlap side on to form TT bond do H 3 sp² nybrid orbitaus с IS 25 H H 2p 4 SP3 hybrid orbiais I unybridised p 56 bond 1 π bond HYBRIDISATION 2p H-C Set of new degenerate hybrid orbitals alkynes H-C EC-H ethyne MANN IS 29 SP orbitals are degenerate unnybridised p orbitals overlap side on H-CC-H Alkane C-C Summary type of compound Alkene C-H C-H 2p Alkyne CEC C=C Bonding in Benzene -ouer lap end on near C180 bond angle) 2 TT 36 hy bridiration SP3 9p² SP TT electron cloud (6 electrons) SP² nybridisation on each carbon 126 bonds 15 29 INF 2p 2 SP hybrid orbitals bond type sigma 16 ITT 16 2 half filled unhybridiseds QP orbitair 2 TT remaining 6 half filled ap orbitals Overiap side on forming TT electron Cloud the 6 electrons in TT ICloud are delocalised

Hybridisation is the process of mixing Atomic orbitals with an atom to generate Carbon has 4 outer shell electron 15² 25² 2p² IN INV IS 25 alkanes Carbon can promote I of its 25 electrons to empty 2p orbital 15 29 2p 4SP3 hybrid orbitals are → degenerate alkenes MANNI IS 29 2p SP² orbitals 600 8 000 Į form tetrahedral shap overlap end on 76 bonds → degenerate ono IS 29 2p -> triganoi planar Overiap end on (6 bona) •Remaining aP in each c atom is unnybridused, overlap side on to form TT bond do H 3 sp² nybrid orbitaus с IS 25 H H 2p 4 SP3 hybrid orbiais I unybridised p 56 bond 1 π bond HYBRIDISATION 2p H-C Set of new degenerate hybrid orbitals alkynes H-C EC-H ethyne MANN IS 29 SP orbitals are degenerate unnybridised p orbitals overlap side on H-CC-H Alkane C-C Summary type of compound Alkene C-H C-H 2p Alkyne CEC C=C Bonding in Benzene -ouer lap end on near C180 bond angle) 2 TT 36 hy bridiration SP3 9p² SP TT electron cloud (6 electrons) SP² nybridisation on each carbon 126 bonds 15 29 INF 2p 2 SP hybrid orbitals bond type sigma 16 ITT 16 2 half filled unhybridiseds QP orbitair 2 TT remaining 6 half filled ap orbitals Overiap side on forming TT electron Cloud the 6 electrons in TT ICloud are delocalised

Can't find what you're looking for? Explore other subjects.

Knowunity is the # 1 ranked education app in five European countries

Knowunity is the # 1 ranked education app in five European countries

Knowunity was a featured story by Apple and has consistently topped the app store charts within the education category in Germany, Italy, Poland, Switzerland and United Kingdom. Join Knowunity today and help millions of students around the world.

Ranked #1 Education App

Download in

Google Play

Download in

App Store

Still not sure? Look at what your fellow peers are saying...

iOS User

I love this app so much [...] I recommend Knowunity to everyone!!! I went from a C to an A with it :D

Stefan S, iOS User

The application is very simple and well designed. So far I have found what I was looking for :D

SuSSan, iOS User

Love this App ❤️, I use it basically all the time whenever I'm studying