Give hybridization of all carbon atom, number of sigma and pi bond and type of isomerism present in three carbon containing aldehyde compound

Give hybridization of all carbon atom, number of sigma and pi bond and

1.	Give hybridization of all carbon atom, number of sigma and pi bond and type of isomerism present in three carbon containing aldehyde compound
Answer» `(sp^(3), sp^(3), sp^(3)), (9 SIGMA , 1pi)` (FUNCTIONAL group) `(sp^(3), sp^(3), sp^(3)), (9 sigma , 2pi)` (Functional group) `(sp^(3), sp^(3), sp^(2)), (9 sigma , 2pi)` (Position isomer) `(sp^(3), sp^(3), sp^(2)), (9 sigma , 1pi)` (Functional group) Solution :`H- underset(underset(H)(\|))overset(overset(H)(\|))(C )- underset(underset(H)(\|))overset(overset(H)(\|))(C ) - underset(underset(O)(\|\|))(C )-H` `sigma` bond `rarr 9` `pi` bonds `rarr 1` Hybridisation `rarr C_(1) rarr sp^(3), C_(2) rarr sp^(3), C_(2) rarr sp^(3), C_(3) sp^(2)`