Homework Answers
7. Answer is B) Pyramidal with bond angle of 107
The NH3 molecular geometry (molecular shape) is trigonal pyramidal. The NH3 bond angles are 107 degrees because the hydrogen atoms are repelled by the lone pair of electrons on the Nitrogen atom.
8. Answer is A) tetrahedral geometry
NH4+1 and SO4-2 both have sp3 hybridisation, and central atom doesnot have lone pair, so geometry is tetrahedral.
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7- The molecule of NH, is a) tetrahedral with bond angle 109.5° b) pyramidal with bond...
Normal text Arial 2. 3 7- The molecule of NH, is a) tetrahedral with bond angle...
Normal text Arial 2. 3 7- The molecule of NH, is a) tetrahedral with bond angle 109.5° b) pyramidal with bond angle 107° c) trigonal with bond angle 120° d) linear with bond angle 180° 8- The NH, and So, -ions have (a) tetrahedral geometry (b) triangular geometry c) pyramidal geometry (d) square planar geometry 9-CO, is not polar whereas H,0 is a polar molecule. It is because I a) H.O is linear while Co, is a bent molecule b)...
10.) Specify the electron-domain geometry for the following two species using the VSEPR model: Xe...
10.) Specify the electron-domain geometry for the following two species using the VSEPR model: XeCl4 and IO4−. For each species, predict the bond angles based on the electron-domain geometry. (a) XeCl4 geometry: linear trigonal planar bent tetrahedral trigonal pyramidal trigonal bipyramidal seesaw T-shaped octahedral square pyramidal square planar pentagonal bipyramidal pentagonal pyramidal pentagonal planar bond angle: 60° 72° 90° 109.5° 120° 180° (b) IO4− geometry: linear trigonal planar bent tetrahedral trigonal pyramidal trigonal bipyramidal seesaw T-shaped octahedral square pyramidal square...
Specify the electron-domain geometry for the following two species using the VSEPR model: KrCl4 and BrO4....
Specify the electron-domain geometry for the following two species using the VSEPR model: KrCl4 and BrO4. For each species, predict the bond angles based on the electron-domain geometry. (a) KrCl4 geometry linear trigonal planar bent tetrahedral trigonal pyramidal trigonal bipyramidal T-shaped octahedral square pyramidal square planar pentagonal bipyramidal pentagonal pyramidal pentagonal planar bond angle: 72° 109.5° 120 180° (b) Br04 geometry: inear trigonal planar bent tetrahedral trigonal pyramidal trigonal bipyramidal seesaW T-shaped octahedral square pyramidal square planar pentagonal bipyramidal pentagonal...
Molecules, Bonding, and Shapes Formula Domains Geometry Picture Lone Pairs (LP) 6 Bond Angle 180 Line...
Molecules, Bonding, and Shapes
Formula Domains Geometry Picture Lone Pairs (LP) 6 Bond Angle 180 Line Drawing C1-C1 Cl2 (ex.) linear Cl-Be-C1 BeCl2 BF3 0 0 180 120 3 4 CH4 PC15 109.5 90&120 SF6 0 1-2 CO2 NH3 Two 0-C 90 180 107 2 4 1 2 H-O-H 5 1 H20 SF4 CIF4 XeF2 IFs linear Trigonal planar tetrahedral Trigonal bipyramidal octahedral linear Tetrahedral/ trigonal pyramidal tetrahedral SEE-SAW See-saw linear Square pyramidal Square planar linear linear Trigonal planar tetrahedral...
Please answer & explain 6-9 Select the correct molecular geometry of the left-most and right-most carbon...
Please answer & explain 6-9
Select the correct molecular geometry of the left-most and right-most carbon atom in the molecule below. Left-most carbon Right-most carbon trigonal planar linear нссо —н tetrahedral trigonal pyramidal tetrahedral trigonal planar trigonal pyramidal linear What is the bond angle for atoms in a molecule consisting of 2 bonding domains and 2 nonbonding domains? 120° c) 109.5° 180° 8. Select the correctly identified bond angles indicated in the structure below. Η Hii 180° H-C-C=C—C=N 90° 180°...
Localized Electron Bond Model -- Structure and Bonding (4 parts -- 3 molecules) The XeO3F2 molecule...
Localized Electron Bond Model -- Structure and Bonding (4 parts -- 3 molecules) The XeO3F2 molecule can be said to use which type of Xe hybrid orbitals for sigma-bonding? sp sp2 sp3 dsp3 d2sp3 VSEPR theory predicts which arrangement of bonds and lone pairs of electrons about the central Xe atom in XeO3F2? linear trigonal planar tetrahedral trigonal bipyramidal octahedral Is the XeO3F2 molecule polar or non-polar? polar non-polar 1pts Tries 0/5 The XeO3F2 molecule displays which bond angles (in...
Draw the Lewis structure for AsH₃, then answer the following questions:
Draw the Lewis structure for AsH₃, then answer the following questions: A. How many valence electrons does this compound have? B. How many bonded electrons does this compound have? C. How many lone pairs of electrons does this compound have? D. How many single bonds does this compound have? E. How many double bonds does this compound have? F. What is the electron group arrangement {aka electron pair geometry}(enter one of the following: linear, trigonal planar, tetrahedral, trigonal bipyramidal, octahedral)? G. What is the molecular geometry {aka...
180 No. of Molecule or Polyatomie lon Valence Electrons Lewis Structure Molecular Geometry Bond Angles Bond...
180 No. of Molecule or Polyatomie lon Valence Electrons Lewis Structure Molecular Geometry Bond Angles Bond Polarity Molecular Dipole or Nonpolar Te amedral C.H.CI, H: 2 a = 14 109.5 lete polar S: triangular 107 S- SO, 410 nonpolar Botter Dobar 3270317 27 est (= 4 I ITO CHO Ic=0 bent 119 polar - 157 F-O-Ect 0= 6 bent 104.5 OF, F = 14 TOT polar 20 N=5 NO; Linear 180 polar |0=12 anion Unear 1800 Nonpolar 1 - 0...
helpp What is the electronic geometry and bond angles for this molecule? O: C- S- Cl...
helpp
What is the electronic geometry and bond angles for this molecule? O: C- S- Cl e linear electronic geometry with 180° bond angles o tetrahedral electronic geometry with 120° bond angles o trigonal planar electronic geometry with 109.5° bond angles o tetrahedral electronic geometry with 109.5° bond angles
Match each molecule or ion above to the correct electron-group arrangement from the list below. A...
Match each molecule or ion above to the correct electron-group arrangement from the list below. A tetrahedral B square planar C T shape D trigonal planar E linear F bent G trigonal pyramidal CO32- PH3 N2O (N central) SO42- O3 SO3 Now match the sames molecules or ions above to the correct molecular shape. A trigonal pyramidal B tetrahedral C T shape D bent E linear F square planar G trigonal planar N2O (N central) CO32- SO3 PH3 SO42- O3...
Normal text Arial 2. 3 7- The molecule of NH, is a) tetrahedral with bond angle 109.5° b) pyramidal with bond angle 107° c) trigonal with bond angle 120° d) linear with bond angle 180° 8- The NH, and So, -ions have (a) tetrahedral geometry (b) triangular geometry c) pyramidal geometry (d) square planar geometry 9-CO, is not polar whereas H,0 is a polar molecule. It is because I a) H.O is linear while Co, is a bent molecule b)...
Specify the electron-domain geometry for the following two species using the VSEPR model: KrCl4 and BrO4. For each species, predict the bond angles based on the electron-domain geometry. (a) KrCl4 geometry linear trigonal planar bent tetrahedral trigonal pyramidal trigonal bipyramidal T-shaped octahedral square pyramidal square planar pentagonal bipyramidal pentagonal pyramidal pentagonal planar bond angle: 72° 109.5° 120 180° (b) Br04 geometry: inear trigonal planar bent tetrahedral trigonal pyramidal trigonal bipyramidal seesaW T-shaped octahedral square pyramidal square planar pentagonal bipyramidal pentagonal...
Molecules, Bonding, and Shapes
Formula Domains Geometry Picture Lone Pairs (LP) 6 Bond Angle 180 Line Drawing C1-C1 Cl2 (ex.) linear Cl-Be-C1 BeCl2 BF3 0 0 180 120 3 4 CH4 PC15 109.5 90&120 SF6 0 1-2 CO2 NH3 Two 0-C 90 180 107 2 4 1 2 H-O-H 5 1 H20 SF4 CIF4 XeF2 IFs linear Trigonal planar tetrahedral Trigonal bipyramidal octahedral linear Tetrahedral/ trigonal pyramidal tetrahedral SEE-SAW See-saw linear Square pyramidal Square planar linear linear Trigonal planar tetrahedral...
Please answer & explain 6-9
Select the correct molecular geometry of the left-most and right-most carbon atom in the molecule below. Left-most carbon Right-most carbon trigonal planar linear нссо —н tetrahedral trigonal pyramidal tetrahedral trigonal planar trigonal pyramidal linear What is the bond angle for atoms in a molecule consisting of 2 bonding domains and 2 nonbonding domains? 120° c) 109.5° 180° 8. Select the correctly identified bond angles indicated in the structure below. Η Hii 180° H-C-C=C—C=N 90° 180°...
180 No. of Molecule or Polyatomie lon Valence Electrons Lewis Structure Molecular Geometry Bond Angles Bond Polarity Molecular Dipole or Nonpolar Te amedral C.H.CI, H: 2 a = 14 109.5 lete polar S: triangular 107 S- SO, 410 nonpolar Botter Dobar 3270317 27 est (= 4 I ITO CHO Ic=0 bent 119 polar - 157 F-O-Ect 0= 6 bent 104.5 OF, F = 14 TOT polar 20 N=5 NO; Linear 180 polar |0=12 anion Unear 1800 Nonpolar 1 - 0...
helpp
What is the electronic geometry and bond angles for this molecule? O: C- S- Cl e linear electronic geometry with 180° bond angles o tetrahedral electronic geometry with 120° bond angles o trigonal planar electronic geometry with 109.5° bond angles o tetrahedral electronic geometry with 109.5° bond angles
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