K Question 4 of 14 A skeletal structure for for bromate (BrO₂) is shown below. Starting from this structure, complete the Lewis structure that follows the octet rule on all atoms. Ö Br \\// :O: Click to edit molecule Submit

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**Question 4 of 14**

**A skeletal structure for for bromate (BrO3-) is shown below. Starting from this structure, complete the Lewis structure that follows the octet rule on all atoms.**

(Structure of bromate ion, BrO3-, is shown)

The diagram above illustrates the skeletal structure of the bromate ion (BrO3-). In this structure:

- The central atom is Bromine (Br).
- There are three Oxygen (O) atoms bonded to the Bromine atom.
- Two of the Oxygen atoms are double-bonded to Bromine, as indicated by the double lines (representing two pairs of shared electrons) between Br and O.
- One Oxygen atom is single-bonded to Bromine, as indicated by a single line between Br and O.
- Each Oxygen atom (except for the one with the negative charge) has two lone pairs of electrons (shown as double dots) around it.
- The Oxygen atom with the negative charge has three lone pairs of electrons.

Your task is to complete the Lewis structure for the bromate ion in a manner that all atoms satisfy the octet rule, meaning each atom (especially Bromine and Oxygen atoms) should have a complete set of eight electrons in its valence shell.

**Steps for Completion:**
1. Confirm that each Oxygen has a total of 8 electrons around it (shared + lone pairs).
2. Ensure the Bromine atom also follows the octet rule, potentially with expanded octets as Bromine is in period 4 of the periodic table and can hold more than 8 electrons.
3. Verify the overall charge of the structure (BrO3-) maintains a -1 formal charge.

**Note:**
- Click to edit molecule: This option allows you to make changes to the displayed molecular structure directly.

**Resources:**
- Tap here or pull up for additional resources.

**Navigation:**
- Use the arrows to navigate to other questions or return to previous ones. Use SUBMIT to finalize your answer.

**Time:**
- The current time is shown at the top-right corner of the interface.
Transcribed Image Text:**Aktiv Learning** **Question 4 of 14** **A skeletal structure for for bromate (BrO3-) is shown below. Starting from this structure, complete the Lewis structure that follows the octet rule on all atoms.** (Structure of bromate ion, BrO3-, is shown) The diagram above illustrates the skeletal structure of the bromate ion (BrO3-). In this structure: - The central atom is Bromine (Br). - There are three Oxygen (O) atoms bonded to the Bromine atom. - Two of the Oxygen atoms are double-bonded to Bromine, as indicated by the double lines (representing two pairs of shared electrons) between Br and O. - One Oxygen atom is single-bonded to Bromine, as indicated by a single line between Br and O. - Each Oxygen atom (except for the one with the negative charge) has two lone pairs of electrons (shown as double dots) around it. - The Oxygen atom with the negative charge has three lone pairs of electrons. Your task is to complete the Lewis structure for the bromate ion in a manner that all atoms satisfy the octet rule, meaning each atom (especially Bromine and Oxygen atoms) should have a complete set of eight electrons in its valence shell. **Steps for Completion:** 1. Confirm that each Oxygen has a total of 8 electrons around it (shared + lone pairs). 2. Ensure the Bromine atom also follows the octet rule, potentially with expanded octets as Bromine is in period 4 of the periodic table and can hold more than 8 electrons. 3. Verify the overall charge of the structure (BrO3-) maintains a -1 formal charge. **Note:** - Click to edit molecule: This option allows you to make changes to the displayed molecular structure directly. **Resources:** - Tap here or pull up for additional resources. **Navigation:** - Use the arrows to navigate to other questions or return to previous ones. Use SUBMIT to finalize your answer. **Time:** - The current time is shown at the top-right corner of the interface.
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