Which of the following molecular geometries would most likely give rise to a nonpolar compound? Group of answer choices

Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Which of the following molecular geometries would most likely give rise to a nonpolar compound?

Group of answer choices

 

The image features four diagrams of molecular structures, each showcasing different bonding arrangements of Boron (B) with Bromine (Br) atoms.

1. The first diagram shows a Boron atom (B) forming three covalent bonds with three Bromine atoms (Br). The structure appears as a trigonal planar arrangement, with each Br atom positioned at equal angles around the B atom.

2. The second diagram also features a Boron atom (B) bonded to three Bromine atoms (Br). In this representation, all three Br atoms are in a linear arrangement perpendicular to the B atom.

3. The third diagram demonstrates a complex bonding structure. Here, there are four Bromine atoms bonded to a single Boron atom (B). The Bromine atoms are arranged around the Boron atom such that the molecular geometry suggests a tetrahedral formation.

4. The final diagram depicts a similar tetrahedral formation but with a different spatial arrangement. The Boron atom (B) is again bonded to three Bromine atoms (Br), but the Br atoms are positioned differently compared to the first diagram.

These diagrams are useful for understanding the different possible bonding structures in a molecule containing Boron and Bromine atoms and the spatial arrangements that molecules can adopt.
Transcribed Image Text:The image features four diagrams of molecular structures, each showcasing different bonding arrangements of Boron (B) with Bromine (Br) atoms. 1. The first diagram shows a Boron atom (B) forming three covalent bonds with three Bromine atoms (Br). The structure appears as a trigonal planar arrangement, with each Br atom positioned at equal angles around the B atom. 2. The second diagram also features a Boron atom (B) bonded to three Bromine atoms (Br). In this representation, all three Br atoms are in a linear arrangement perpendicular to the B atom. 3. The third diagram demonstrates a complex bonding structure. Here, there are four Bromine atoms bonded to a single Boron atom (B). The Bromine atoms are arranged around the Boron atom such that the molecular geometry suggests a tetrahedral formation. 4. The final diagram depicts a similar tetrahedral formation but with a different spatial arrangement. The Boron atom (B) is again bonded to three Bromine atoms (Br), but the Br atoms are positioned differently compared to the first diagram. These diagrams are useful for understanding the different possible bonding structures in a molecule containing Boron and Bromine atoms and the spatial arrangements that molecules can adopt.
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