Which statement is false given the following Lewis structures? 13- :Br :ö: :0-As-ö: В :Br Н-Se-H .. :0: II II IV O Structure IIl is a valid structure for PF4 because P can expand its octet. O Structure I is a valid structure for BBr3 because B (n=2) needs an octet of electrons. O Structure II is a valid structure for SeH, because H needs a duet of electrons. O Structure IV is a valid structure for AsO,3- because As can expand its octet.

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Chapter1: Chemical Foundations
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Which statement is false given the following Lewis structures?

 

Group of answer choices
Structure III is a valid structure for PF4 because P can expand its octet.
Structure I is a valid structure for BBr3 because B (n=2) needs an octet of electrons.
Structure II is a valid structure for SeH2 because H needs a duet of electrons.
Structure IV is a valid structure for AsO43- because As can expand its octet.
**Question:**

Which statement is *false* given the following Lewis structures?

**Structures:**

- **Structure I:** Depicts BBr₃, with a boron atom in the center bonded to three bromine atoms, each with three lone pairs.
- **Structure II:** Shows H₂Se, with a selenium atom in the center bonded to two hydrogen atoms, each with a single bond, and selenium with two lone pairs.
- **Structure III:** Represents PF₄, with a phosphorus atom in the center bonded to four fluorine atoms, each with three lone pairs (though the statement about PF₄ is what is actually discussed).
- **Structure IV:** Shows AsO₄³⁻, with an arsenic atom bonded to four oxygen atoms. Three oxygen atoms each have three lone pairs and a negative charge, while the fourth oxygen has two lone pairs and a double bond.

**Answer Choices:**

- ☐ Structure III is a valid structure for PF₄ because P can expand its octet.
- ☐ Structure I is a valid structure for BBr₃ because B (n=2) needs an octet of electrons.
- ☐ Structure II is a valid structure for SeH₂ because H needs a duet of electrons.
- ☐ Structure IV is a valid structure for AsO₄³⁻ because As can expand its octet.
Transcribed Image Text:**Question:** Which statement is *false* given the following Lewis structures? **Structures:** - **Structure I:** Depicts BBr₃, with a boron atom in the center bonded to three bromine atoms, each with three lone pairs. - **Structure II:** Shows H₂Se, with a selenium atom in the center bonded to two hydrogen atoms, each with a single bond, and selenium with two lone pairs. - **Structure III:** Represents PF₄, with a phosphorus atom in the center bonded to four fluorine atoms, each with three lone pairs (though the statement about PF₄ is what is actually discussed). - **Structure IV:** Shows AsO₄³⁻, with an arsenic atom bonded to four oxygen atoms. Three oxygen atoms each have three lone pairs and a negative charge, while the fourth oxygen has two lone pairs and a double bond. **Answer Choices:** - ☐ Structure III is a valid structure for PF₄ because P can expand its octet. - ☐ Structure I is a valid structure for BBr₃ because B (n=2) needs an octet of electrons. - ☐ Structure II is a valid structure for SeH₂ because H needs a duet of electrons. - ☐ Structure IV is a valid structure for AsO₄³⁻ because As can expand its octet.
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