using the vsepr model, predict the electron domain geometry and the molecular geometry of each species…

using the vsepr model, predict the electron domain geometry and the molecular geometry of each species (bent, linear, octahedral, seesaw, square planar, square pyramidal, t - shaped, tetrahedral, trigonal bipyramidal, trigonal planar, or trigonal pyramidal). part 1 of 4 so₂ electron domain geometry: select molecular geometry: select part 2 of 4 sf₆ electron domain geometry: select molecular geometry: select
Answer
Explanation:
Step1: Determine electron - domains in SO₂
Sulfur in SO₂ has 6 valence electrons. It forms 2 S - O bonds and has 1 lone - pair. So, the number of electron domains is 3 (2 bonding + 1 non - bonding).
Step2: Find electron - domain geometry of SO₂
According to VSEPR, 3 electron domains result in a trigonal planar electron - domain geometry.
Step3: Determine molecular geometry of SO₂
With 1 lone - pair and 2 bonding pairs, the molecular geometry of SO₂ is bent.
Step4: Determine electron - domains in SF₆
Sulfur in SF₆ has 6 valence electrons and forms 6 S - F bonds. There are no lone - pairs on the central sulfur atom. So, the number of electron domains is 6 (6 bonding).
Step5: Find electron - domain geometry of SF₆
According to VSEPR, 6 electron domains result in an octahedral electron - domain geometry.
Step6: Determine molecular geometry of SF₆
Since there are no lone - pairs and 6 bonding pairs, the molecular geometry of SF₆ is octahedral.
Answer:
Part 1 of 4 SO₂ Electron Domain Geometry: Trigonal planar Molecular Geometry: Bent Part 2 of 4 SF₆ Electron Domain Geometry: Octahedral Molecular Geometry: Octahedral