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Q: 7. Assign E or Z configuration to the following molecules: (A) (B) (C) (D) (E) I= Z; II = E I=E: II…
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Q: 11) which molecule below has S-configuration? A B D
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Q: Which I molecular orbital represents the ground state HOMO of 1,3,5-hexatriene? Click on a letter A…
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- The configuration in the following molecules are: но н NH2 OH H. O R, R R, S O S,R S, S10. What is the absolute configuration of the two carbon atoms in this compound H3C- HC ОН OH H НAccording to the below Lewis structurerepresentation there are 2 π-electrons between C1and C2 and 2 π-electrons between C3 and C4.This is wrong according to the MO theory.Discuss and illustrate where the 4 π-electronsare actually most likely to be found. CH2 = CH - CH = CH21 2 3 4
- In the molecule below, which orbitals make up the sigma bond between H and C₁? Which orbitals make up the pi bond between C₁ and C2? H H C₁=C₂=0 O 1s on H & sp2 on C₁, 2p on C₁ & 2p on C₂ O 1s on H & sp2 on C₁, sp2 on C₁ & sp on C2 O 1s on H & sp on C₁, 2p on C₁ & 2p on C2 O 1s on H & sp3 on C₁, sp2 on C₁ & sp3 on C2 O 1s on H & 2p on C₁, sp2 on C₁ & sp2 on C2Which molecule has a dipole moment of zero? O CHCI 3 O CH₂Cl2 CIHC=CH₂ O trans-CIHC=CHCI O None of these choices.Sort the following molecules by electron group geometry by dragging and dropping each symbolic representation into the appropriate box. Trigonal bipyramidal CIF3 SF6 PH3 H20 Octahedral Neither trigonal bipyramidal or octahedral
- a Use the VSEPR model to predict the bond angles and geometry about each highlighted atom: HH H-C-C-O-H II HH b C about C 109.5°, tetrahedral; about O 109.5°, bent about C 109.5°, tetrahedral; about O 180°, linear about C 120°, planar; about O 109.5°, tetrahedral about C 109.5°, bent; about O 180°, linear HH H-C-C-H I HH 109.5°, tetrahedral 120°, planar 180°, linear 109.5°, bent HO H-C-C-C-H H 120°, planar 109.5°, tetrahedral 109.5°, bent6. Which orbitals overlap to form the carbon-oxygen sigma-bond of acetaldehyde, CH;CHO ? sp3 + sp3 sp? + sp? sp3 + sp? sp+ spDescribe the bonding between C1 and C2; C2 and H; C2 and C3; C3 and H; C3 and C4. You should be telling me about 6 bonds. Be specific as to type of bond and orbitals involved. H 7 H 3 H
- Determine the hybridization state of each carbon atom in nemotin. HC ||| = C I с = ||| C T CH || C CH :0: CH :O: || с CH₂ CH₂2+ Draw the molecular orbital (MO) electron diagram for the Ne molecular ion. Be sure your diagram contains all of the electrons in the ion, including any core electrons. Energy X 1 Ś |2. What is the correct hybridization for the indicated carbon atoms in the following compound? HHHH CH HHH | = sp³, || = sp²; III = sp | = sp2, || = sp, II = sp² 1 = sp, || = sp², III = sp³ 1 = sp, || = sp², III = sp 1 = sp², || = sp³, III = sp² C 3 H-CEC-C CA For the fallet