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Complete the following table with needed information. Draw the 7 Lewis structures (structural formula). All bonded pairs must be shown with solid lines and all lone pairs with dots. Answer the questions after drawing your structure. If the molecule is polar, show the net dipole with appropriate arrow. See active Fig 9.30 in your book. Water is shown as an example here. Please do not show any calculations here, just the required information. Must show all lone pairs. H₂O CS₂ Ö Electron pair geometry: Tetrahedral Molecular Geometry: Bent Approximate bond angle: 109° Polar or nonpolar: Polar SiH₂O (hint: central atom is Si) Electron pair geometry: Molecular Geometry: Approximate bond angle: Polar or nonpolar: H₂Se Electron pair geometry: Molecular Geometry: Approximate bond angle: Polar or nonpolar: Electron pair geometry: Molecular Geometry: Approximate bond angle: Polar or nonpolar: NO3 Electron pair geometry: Molecular Geometry: Approximate bond angle: Polar or nonpolar: PF3 Electron pair geometry: Molecular Geometry: Approximate bond angle: Polar or nonpolar: N₂H₁ (draw diagram and answer the questions regarding one center only) Electron pair geometry: Molecular geometry: Approximate bond angle: Polar or nonpolar:

Complete the following table with needed information. Draw the 7 Lewis structures (structural formula). All bonded pairs must be shown with solid lines and all lone pairs with dots. Answer the questions after drawing your structure. If the molecule is polar, show the net dipole with appropriate arrow. See active Fig 9.30 in your book. Water is shown as an example here. Please do not show any calculations here, just the required information. Must show all lone pairs. H₂O CS₂ Ö Electron pair geometry: Tetrahedral Molecular Geometry: Bent Approximate bond angle: 109° Polar or nonpolar: Polar SiH₂O (hint: central atom is Si) Electron pair geometry: Molecular Geometry: Approximate bond angle: Polar or nonpolar: H₂Se Electron pair geometry: Molecular Geometry: Approximate bond angle: Polar or nonpolar: Electron pair geometry: Molecular Geometry: Approximate bond angle: Polar or nonpolar: NO3 Electron pair geometry: Molecular Geometry: Approximate bond angle: Polar or nonpolar: PF3 Electron pair geometry: Molecular Geometry: Approximate bond angle: Polar or nonpolar: N₂H₁ (draw diagram and answer the questions regarding one center only) Electron pair geometry: Molecular geometry: Approximate bond angle: Polar or nonpolar:

Chemistry: The Molecular Science
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter6: Covalent Bonding
Section: Chapter Questions
Problem 5QRT
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Complete the following table with needed information. Draw the 7 Lewis structures (structural formula). All bonded pairs must be shown with solid lines and all lone pairs with dots. Answer the questions after drawing your structure. If the molecule is polar, show the net dipole with appropriate arrow. See active Fig 9.30 in your book. Water is shown as an example here. Please do not show any calculations here, just the required information. Must show all lone pairs. H₂O CS₂ Ö Electron pair geometry: Tetrahedral Molecular Geometry: Bent Approximate bond angle: 109° Polar or nonpolar: Polar SiH₂O (hint: central atom is Si) Electron pair geometry: Molecular Geometry: Approximate bond angle: Polar or nonpolar: H₂Se Electron pair geometry: Molecular Geometry: Approximate bond angle: Polar or nonpolar: Electron pair geometry: Molecular Geometry: Approximate bond angle: Polar or nonpolar: NO3 Electron pair geometry: Molecular Geometry: Approximate bond angle: Polar or nonpolar: PF3 Electron pair geometry: Molecular Geometry: Approximate bond angle: Polar or nonpolar: N₂H₁ (draw diagram and answer the questions regarding one center only) Electron pair geometry: Molecular geometry: Approximate bond angle: Polar or nonpolar:
Transcribed Image Text:Complete the following table with needed information. Draw the 7 Lewis structures (structural formula). All bonded pairs must be shown with solid lines and all lone pairs with dots. Answer the questions after drawing your structure. If the molecule is polar, show the net dipole with appropriate arrow. See active Fig 9.30 in your book. Water is shown as an example here. Please do not show any calculations here, just the required information. Must show all lone pairs. H₂O CS₂ Ö Electron pair geometry: Tetrahedral Molecular Geometry: Bent Approximate bond angle: 109° Polar or nonpolar: Polar SiH₂O (hint: central atom is Si) Electron pair geometry: Molecular Geometry: Approximate bond angle: Polar or nonpolar: H₂Se Electron pair geometry: Molecular Geometry: Approximate bond angle: Polar or nonpolar: Electron pair geometry: Molecular Geometry: Approximate bond angle: Polar or nonpolar: NO3 Electron pair geometry: Molecular Geometry: Approximate bond angle: Polar or nonpolar: PF3 Electron pair geometry: Molecular Geometry: Approximate bond angle: Polar or nonpolar: N₂H₁ (draw diagram and answer the questions regarding one center only) Electron pair geometry: Molecular geometry: Approximate bond angle: Polar or nonpolar:
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