What orbitals are used to form each indicated bond in the molecule shown? a H Part: 0 / 4 Part 1 of 4 σ Bond a c - C о C

Please explain no. 2 in deyail

Geometry of each central atom: CH3COCH3 CH3CH2NH3 + CH3CONH2 CH3COOCH3

chem

How does the valence bond description of a carboncarbon double bond account for cis trans isomers?

Please only type ans.

please help a bit confused

What kind of molecular orbitals make up the C=O bonds in formaldehyde seen below: :0: :: F F O20 bonds and 1 π bond 1 o bond and 2 TT bonds O 1 o bond and 1 π bond O 10 bond N

I need help naming the compounds and providing geometry and configurations. R/S cis/trans e/z etc.

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°, bent