front 1 H2O How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)? | back 1 2 |
front 2 H2O For this compound, identify the following: i) Number of Electron Groups (Electron Domains) ii) Number of Atoms Bonded to the Central Atom iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom iv) General Formula | back 2 i) 4; ii) 2; iii) 2; iv) AX2E2 |
front 3 H2O What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom. | back 3 Tetrahedral; sp3 |
front 4 H2O What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape". | back 4 Angular (Bent) |
front 5 H2O Is this molecule polar? | back 5 Yes |
front 6 CH4 How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)? | back 6 0 |
front 7 CH4 For this compound, identify the following: i) Number of Electron Groups (Electron Domains) ii) Number of Atoms Bonded to the Central Atom iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom iv) General Formula | back 7 i) 4; ii) 4; iii) 0; iv) AX4 |
front 8 CH4 What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom. | back 8 Tetrahedral; sp3 |
front 9 CH4 What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape". | back 9 Tetrahedral |
front 10 CH4 Is this molecule polar? | back 10 No |
front 11 H3O+ How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)? | back 11 1 |
front 12 H3O+ For this compound, identify the following: i) Number of Electron Groups (Electron Domains) ii) Number of Atoms Bonded to the Central Atom iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom iv) General Formula | back 12 i) 4; ii) 3; iii) 1; iv) AX3E |
front 13 H3O+ What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom. | back 13 Tetrahedral; sp3 |
front 14 H3O+ What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape". | back 14 Trigonal pyramidal |
front 15 H3O+ Is this molecule polar? | back 15 Yes |
front 16 NH3 How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)? | back 16 1 |
front 17 NH3 For this compound, identify the following: i) Number of Electron Groups (Electron Domains) ii) Number of Atoms Bonded to the Central Atom iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom iv) General Formula | back 17 i) 4; ii) 3; iii) 1; iv) AX3E |
front 18 NH3 What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom. | back 18 Tetrahedral; sp3 |
front 19 NH3 What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape". | back 19 Trigonal pyramidal |
front 20 NH3 Is this molecule polar? | back 20 Yes |
front 21 C2H4 How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)? | back 21 0 |
front 22 C2H4 For this compound, identify the following: i) Number of Electron Groups (Electron Domains) ii) Number of Atoms Bonded to the Central Atom iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom iv) General Formula | back 22 i) 3; ii) 3; iii) 0; iv) AX3 |
front 23 C2H4 What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom. | back 23 Trigonal; sp2 |
front 24 C2H4 What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape". | back 24 Trigonal |
front 25 C2H4 Is this molecule polar? | back 25 No |
front 26 C2H2 How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)? | back 26 0 |
front 27 C2H2 For this compound, identify the following: i) Number of Electron Groups (Electron Domains) ii) Number of Atoms Bonded to the Central Atom iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom iv) General Formula | back 27 i) 2; ii) 2; iii) 0; iv) AX2 |
front 28 C2H2 What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom. | back 28 Linear; sp |
front 29 C2H2 What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape". | back 29 Linear |
front 30 C2H2 Is this molecule polar? | back 30 No |
front 31 H2O2 How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)? | back 31 4 |
front 32 H2O2 For this compound, identify the following: i) Number of Electron Groups (Electron Domains) ii) Number of Atoms Bonded to the Central Atom iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom iv) General Formula | back 32 i) 4; ii) 2; iii) 2; iv) AX2E2 |
front 33 H2O2 What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom. | back 33 Tetrahedral; sp3 |
front 34 H2O2 What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape". | back 34 Angular (Bent) |
front 35 H2O2 Is this molecule polar? | back 35 Yes |
front 36 SO2 How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)? | back 36 5 |
front 37 SO2 For this compound, identify the following: i) Number of Electron Groups (Electron Domains) ii) Number of Atoms Bonded to the Central Atom iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom iv) General Formula | back 37 i) 3; ii) 2; iii) 1; iv) AX2E |
front 38 SO2 What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom. | back 38 Trigonal; sp2 |
front 39 SO2 What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape". | back 39 Angular (Bent) |
front 40 SO2 Is this molecule polar? | back 40 Yes |
front 41 CO2 How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)? | back 41 4 |
front 42 CO2 For this compound, identify the following: i) Number of Electron Groups (Electron Domains) ii) Number of Atoms Bonded to the Central Atom iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom iv) General Formula | back 42 i) 2; ii) 2; iii) 0; iv) AX2 |
front 43 CO2 What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom. | back 43 Linear; sp |
front 44 CO2 What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape". | back 44 Linear |
front 45 CO2 Is this molecule polar? | back 45 No |
front 46 NO3 - How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)? | back 46 8 |
front 47 NO3 - For this compound, identify the following: i) Number of Electron Groups (Electron Domains) ii) Number of Atoms Bonded to the Central Atom iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom iv) General Formula | back 47 i) 3; ii) 3; iii) 0; iv) AX3 |
front 48 NO3 - What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom. | back 48 Trigonal; sp2 |
front 49 NO3 - What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape". | back 49 Trigonal |
front 50 NO3 - Is this molecule polar? | back 50 No |
front 51 NO2 - How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)? | back 51 6 |
front 52 NO2 - For this compound, identify the following: i) Number of Electron Groups (Electron Domains) ii) Number of Atoms Bonded to the Central Atom iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom iv) General Formula | back 52 i) 3; ii) 2; iii) 1; iv) AX2E |
front 53 NO2 - What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom. | back 53 Trigonal; sp2 |
front 54 NO2 - What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape". | back 54 Angular (Bent) |
front 55 NO2 - Is this molecule polar? | back 55 Yes |
front 56 NO2 + How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)? | back 56 4 |
front 57 NO2 + For this compound, identify the following: i) Number of Electron Groups (Electron Domains) ii) Number of Atoms Bonded to the Central Atom iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom iv) General Formula | back 57 i) 2; ii) 2; iii) 0; iv) AX2 |
front 58 NO2 + What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom. | back 58 Linear; sp |
front 59 NO2 + What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape". | back 59 Linear |
front 60 NO2 + Is this molecule polar? | back 60 No |
front 61 NH2 - How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)? | back 61 2 |
front 62 NH2 - For this compound, identify the following: i) Number of Electron Groups (Electron Domains) ii) Number of Atoms Bonded to the Central Atom iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom iv) General Formula | back 62 i) 4; ii) 2; iii) 2; iv) AX2E2 |
front 63 NH2 - What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom. | back 63 Tetrahedral; sp3 |
front 64 NH2 - What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape". | back 64 Angular (Bent) |
front 65 NH2 - Is this molecule polar? | back 65 Yes |
front 66 PCl3 How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)? | back 66 10 |
front 67 PCl3 For this compound, identify the following: i) Number of Electron Groups (Electron Domains) ii) Number of Atoms Bonded to the Central Atom iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom iv) General Formula | back 67 i) 4; ii) 3; iii) 1; iv) AX3E |
front 68 PCl3 What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom. | back 68 Tetrahedral; sp3 |
front 69 PCl3 What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape". | back 69 Trigonal pyramidal |
front 70 PCl3 Is this molecule polar? | back 70 Yes |
front 71 PCl5 How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)? | back 71 15 |
front 72 PCl5 For this compound, identify the following: i) Number of Electron Groups (Electron Domains) ii) Number of Atoms Bonded to the Central Atom iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom iv) General Formula | back 72 i) 5; ii) 5; iii) 0; iv) AX5 |
front 73 PCl5 What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom. | back 73 Trigonal bipyramidal; sp3d |
front 74 PCl5 What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape". | back 74 Trigonal bipyramidal |
front 75 PCl5 Is this molecule polar? | back 75 No |
front 76 KrF4 How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)? | back 76 14 |
front 77 KrF4 For this compound, identify the following: i) Number of Electron Groups (Electron Domains) ii) Number of Atoms Bonded to the Central Atom iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom iv) General Formula | back 77 i) 6; ii) 4; iii) 2; iv) AX4E2 |
front 78 KrF4 What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom. | back 78 Octahedral; sp3d2 |
front 79 KrF4 What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape". | back 79 Square planar |
front 80 KrF4 Is this molecule polar? | back 80 No |
front 81 SF6 How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)? | back 81 18 |
front 82 SF6 For this compound, identify the following: i) Number of Electron Groups (Electron Domains) ii) Number of Atoms Bonded to the Central Atom iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom iv) General Formula | back 82 i) 6; ii) 6; iii) 0; iv) AX6 |
front 83 SF6 What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom. | back 83 Octahedral; sp3d2 |
front 84 SF6 What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape". | back 84 Octahedral |
front 85 SF6 Is this molecule polar? | back 85 No |
front 86 SF4 How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)? | back 86 13 |
front 87 SF4 For this compound, identify the following: i) Number of Electron Groups (Electron Domains) ii) Number of Atoms Bonded to the Central Atom iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom iv) General Formula | back 87 i) 5; ii) 4; iii) 1; iv) AX4E |
front 88 SF4 What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom. | back 88 Trigonal bipyramidal; sp3d |
front 89 SF4 What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape". | back 89 Seesaw |
front 90 SF4 Is this molecule polar? | back 90 Yes |
front 91 Your instructor will give you instructions as what to do with this box. It may be used for bonus points, or for taking away points (for example late submissions) or for error analysis if something went wrong during the lab. If no instructions have been provided to you, please leave this box blank. 5% = 45 | back 91 no data |