Question

6. Multiple Bonds and / or Multiple Central Atoms Molecule Lewis Dot Structure | Electron Pairs Electron geo | Hybridization | Molecular geo Polar? BP = LP = CH BP C2H4 LP = BP = C2H2 LP BP = C2H OH LP = BP = HCIO LP =

Answer 1

Molemle Moleule O2 3 Elechon Pair = B. P = 21 hemist shrutture wp=2 Allem nic Trigonal Planas Hybridizaten - spo Geometry moleul ar geometry = o linear NON Polar ular geomety = molecule Na Elechon pairs=2 NIIN Lewis Shrutiere - B.P= 1 Lip= 1 = Electronic Geometry linear Hybridization = 8p3 NON Polar = Linear moleculer Geomety

Molemme C2 H6 H IP Erethorit Geor Elechon pairs = B.P = 4 hellig Shuirere = H:C:CIH H H :1 Lip=0 Electronic - Geometry Tetrahedo hybridization = 3p3 NON Polar molecular Geomemy - Terranedral Molecule (2 HU Election Pairs .=3 hew's Shuchwe = H:C::CiH Double Bond counted as Single Bond Pair in all shocrice fou VEEPER Bip = 3 hip =0 Theory Beebonic - Geomery movendar Geomeny Trigonal Plancu Hybridization spa o Trigonae planar Non polar

C₂ H2 Electron pairs = 2 B.p=2 hip=0 H:C:::C: Electronic Geomeny = Wineer molewau Geomemy - Wineare Hybridization = sp NON Polar K . . C2H5OH H:C:C: 0:1 H H Taicing o as central atom Elechonie Geometry = lineet Ete um n Pair = 4 B. P=2 Lip=2 Hybridization - sp3 Polare molewear Geometry - Bent HC 10ч 0: 0:ci: O:H Eledern Par = 4 B.P = 4 hip=0 Hybr di zati on = 5p3 Elleiro nic Geometry - melewilde Geometry Terahedral Telrahedral Polar