Answer To Molecular Geometry And Bond Angle For 10 LDS From Notes

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Difference (from prior author revision) (major diff, minor diff)

Changed: 1,11c1,11

LDS Notes handout

1. Linear, 180°

2. Linear, 180°

3. Bent, 104.5°

4. Pyramidal, 107.0°

5. Linear, 180°

6. Bent, 104.5°

7. Tetrahedral, 109.5°

8. Linear, 180°

9. Tetrahedral, 109.5°

10. Pyramidal, 107.0°

Changed: 13,17c13,17

Other

1. NO₃^1-, Planar, unknown bond angle

2. CO₃^2-, Planar, unknown bond angle

3. SF₆, Octahedral, 90°, 90°

4. As₁Cl₅, Trigonal bipyramidal, 90°, 120°

Other(NOT FOR 2020-2021 Students

1. NO₃^1-, Trigonal planar, 120°, sp² hybridized

2. CO₃^2-,Trigonal planar, 120°, sp² hybridized

3. SF₆, Octahedral, 90°, 90°, d²sp³ hybridized

4. As₁Cl₅, Trigonal bipyramidal, 90°, 120°,dsp³ hybridized

Molecular Geometry, Bond angle and included hybridization on central atom of Intitial 10 LDS problems.
1. Linear, 180°, No central atom
2. Linear, 180° No central atom
3. Bent, 104.5°, sp³ hybridized
4. Pyramidal, 107.0°, sp³ hybridized
5. Linear, 180°, sp¹ hybridized
6. Bent, 104.5°, sp³ hybridized
7. Tetrahedral, 109.5°, sp³ hybridized
8. Linear, 180°, sp³ hybridized
9. Tetrahedral, 109.5°, sp³ hybridized
10. Pyramidal, 107.0°, sp³ hybridized

Other(NOT FOR 2020-2021 Students
1. NO₃^1-, Trigonal planar, 120°, sp² hybridized
2. CO₃^2-,Trigonal planar, 120°, sp² hybridized
3. SF₆, Octahedral, 90°, 90°, d²sp³ hybridized
4. As₁Cl₅, Trigonal bipyramidal, 90°, 120°,dsp³ hybridized