Question

2- What are the hybrid orbitals of ALL the carbon atoms in these molecules? (2 points) 0.25 X8 (a) H3C-CH3 (b) H3C-CH=CH2 (c) CH3-CECH (d) CH3CH=0 (e) CH3COOH

Answer 1

Hybrid orbitals These are formed by the one ora lapping of orbitals. The ower lapped orbitals should be shave same energy. In organic molecules tree hybridization are possible 27 sp 2 3)sp3 in sp 1) sp is hybrid orbital can combine with up hybrid exdi orbital to forma sp hybridized orbitats. ( 27 bonds + 16 bond), 2) sp2 is orbital can combine with ap hybrid orbitals to form 3sp2 hybridized orbitals. (17 bond + 18 band Sp3 3p orbitals to form 4 sp3 ones orbital and one 6-bonds) wybridized orbitals. C 9) H₂C - CH3 SO 6 bouds M H two carbon forms only H tcc sp3 hybridization sp3 H H. Н H 1 H カーブーと2 ist carbon forms only 46-bonds so 3 sp2 it is sp3 hybridizdidation. 3 and 2nd carbon forms 36-bonds and It bond (6+7) so it is sp2 hybridized Sp

H H- ccc-H 263 H bb ist carbon forms 46 boude only so it is sp 3 hybridized atom sp3 SP sp 2nd and 3rd forms 27 bonds and 26 bonds so it is sp hybridized atom SO # H 1 HC-c G Sp2 Sp3 1st carbon forms only 6-bonds it is sp3 atom. and carbon forms double bond (in bond + 36 bonds so it is sp2 atour. D Co-H -U-I Sp3 Sp2 2 ist carbon only 6-bonds sp3 atom and carbon forms IT bond + 16 bond with oxygen and another 6-bond with another oxygey and another s-bond with adjunent sp3 carbon so it is sp2 atour.