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- Number of Molecule valence electrons Formal Charge Electron-Group Geometry Molecular Geometry Resonance AIH2ATCI- Al: Al: Select one.. Al: Select one .. Select one ... AIHAT,Br Al: Al: Select one ... Al: Select one ... Select one ... FSIAS Si: Si: Select one .. Si: Select one ... Select one .. PHATCI P: P: Select one ... P: Select one.. Select one .. PCIFI P: P: Select one ... P: Select one ... Select one ... vNumber of Molecule valence electrons Formal Charge Electron-Group Geometry Molecular Geometry Resonance SNHF3 26 Sn: Sn: Select one ... Sn: Select one ... Select one ... V PbH3F 14 Pb: Pb: Select one ... Pb: Select one ... Select one ... AICII2 Al: Al: Select one .. Al: Select one ... Select one ... CHCI3 C: C: Select one ... C: Select one ... Select one... V CHBR3 C: C: Select one ... C: Select one ... Select one... ♥ 24Number of Molecule valence electrons Formal Charge Electron-Group Geometry Molecular Geometry Resonance IBR3 I: Select one .. I: Select one .. No Where are the lone-pair electrons on the central atom located? O axial O equatorial O there are no lone pairs PFA P: Trigonal Bipyramidal v P: Distorted tetrahedral (see-saw) P: -1 No Where are the lone-pair electrons on the central atom located? O axial O equatorial O there are no lone pairs AtCl3 At: 0 At: Select one ... At: Select one .. No Where are the lone-pair electrons on the central atom located? O axial O equatorial O there are no lone pairs AtO2Br At: 0 At: Select one . At: Select one .. No What is the O-At-O bond angle? O 90Number of Molecule valence electrons Formal Charge Electron-Group Geometry Molecular Geometry Resonance COSe C: C: Select one ... C: Select one.. Select one .. SH412 S: S: Select one .. S: Select one .. Select one ... SeHĄBr2 Se: Se: Select one... Se: Select one ... Select one ... AtGeN Ge: Ge: Select one ... Ge: Select one ... Select one ... CIGEP Ge: Ge: Select one... Ge: Select one ... Select one ... V 10000Number of Molecule valence electrons Formal Charge Electron-Group Geometry Molecular Geometry Resonance BH3B" B: B: Select one ... B: Select one ... Select one . SbAt2Br Sb: Sb: Select one ... Sb: Select one .. Select one BCI4 B: B: Select one.. B: Select one .. Select one .. V NBr3F* N: N: Select one.. N: Select one ... Select one . AIHCI3 Al: Al:Select one ... Al: Select one . Select one .Number of Molecule valence electrons Formal Charge Electron-Group Geometry Molecular Geometry Resonance COSse C: C: Select one .. C: Select one ... Select one ... SH412 S: S: Select one ... S: Select one ... Select one .. SeH4Br2 Se: Se: Select one .. Se: Select one... Select one ... AtGeN Ge: Ge: Select one ... Ge: Select one... Select one .. CIGEP Ge: Ge: Select one ... Ge: Select one ... Select one ..Number of Molecule valence electrons Formal Charge Electron-Group Geometry Molecular Geometry Resonance SiSeH2 Si: Si: Select one ... Si: Select one ... Select one ... AIHCI2l" Al: Al: Select one ... Al: Select one ... Select one.. AsSel3 As: As: Select one ... As: Select one ... Select one ... AIH2CI- Al: Al: Select one ... Al: Select one .. Select one.. PTEF3 P: P: Select one ... P: Select one ... Select one ...O ng best represents the resonance hybrid for the given molecule? OSketch BeH2 showing the orbitals and any overlapping orbitals to indicate covalent bonds. Also, label all bonds using sigma or pi notation followed by the type of overlapping orbitals.Ha legens Ho Dircctions: write the foromulen. Analyze the Structures to determine which oue :Fo is Correct according to the I bond I bonad 2bonds 3 bom ds 4 onds "HONC rule. Draw the correet 3 lenc pairs o lone pairs 3 Tene pairs 1 lone pair o lone pairs Structure.Number of Molecule valence electrons Formal Charge Electron-Group Geometry Molecular Geometry Resonance PF21 P: P: Select one... P: Select one ... No GaHBrF Ga: Ga: Select one .. Ga: Select one ... No SAtl S: S: Select one ... S: Select one ... No AsH3 As: As: Select one... As: Select one ... No InBr2Cl2 In: In: Select one ... In: Select one ... No > >Answer the following questions regarding the Lewis structure of P002. Blank #1: The polonium atom uses a oxygen atoms. Blank #2: The oxygen atoms use a polonium atom. Blank #3: The arrangement of electron groups around the selenium atom is Blank #4: There is a delocalized pi-bond between the polonium atom and both oxygen atoms formed by the overlap of on all three atoms. Blank # 1 Blank # 2 Blank # 3 hybrid orbitals to make a sigma bond with the hybrid orbital to make a sigma bond with the Blank # 4 A/ A P ASEE MORE QUESTIONS