Draw the Lewis structure of OSF where the formal charge is zero on each atom. The sulfur atom is the central atom in the structure, and it is bonded to the oxygen atom and each of the four fluorine atoms. :0 :

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**Lewis Structure of OSF₄**

To create the Lewis structure of OSF₄, ensure that the formal charge is zero on each atom. Sulfur (S) acts as the central atom and is bonded to an oxygen (O) atom and four fluorine (F) atoms.

### Diagram Explanation:

- **Central Atom**: Sulfur (S)
- **Bonds**: 
  - One double bond connects the sulfur atom to an oxygen atom.
  - Four single bonds connect the sulfur atom to four fluorine atoms.
  
- **Octet Configuration**:
  - Each fluorine atom has three lone pairs of electrons.
  - The oxygen atom has two lone pairs of electrons.
  - The sulfur atom has an expanded octet.

### Diagram Layout:

```
        O
        ¨
       S
       |
  F -- S -- F
       |
      F
       |
      F
```

### Additional Note:

Use the bond energies provided in a table to estimate the enthalpy of reaction for the formation of sulfur tetrafluoride monoxide.
Transcribed Image Text:**Lewis Structure of OSF₄** To create the Lewis structure of OSF₄, ensure that the formal charge is zero on each atom. Sulfur (S) acts as the central atom and is bonded to an oxygen (O) atom and four fluorine (F) atoms. ### Diagram Explanation: - **Central Atom**: Sulfur (S) - **Bonds**: - One double bond connects the sulfur atom to an oxygen atom. - Four single bonds connect the sulfur atom to four fluorine atoms. - **Octet Configuration**: - Each fluorine atom has three lone pairs of electrons. - The oxygen atom has two lone pairs of electrons. - The sulfur atom has an expanded octet. ### Diagram Layout: ``` O ¨ S | F -- S -- F | F | F ``` ### Additional Note: Use the bond energies provided in a table to estimate the enthalpy of reaction for the formation of sulfur tetrafluoride monoxide.
### Estimating the Enthalpy of Reaction for Sulfur Tetrafluoride Monoxide Formation

To calculate the enthalpy of reaction (\(\Delta H_{\text{rxn}}\)) for the formation of sulfur tetrafluoride monoxide, use the bond energies provided in the table below.

#### Bond Energies

| Bond  | Energy (kJ/mol) |
|-------|-----------------|
| S–F   | 310             |
| S–O   | 265             |
| S=O   | 523             |
| O–O   | 142             |
| O=O   | 498             |
| O–F   | 180             |

#### Calculation

\(\Delta H_{\text{rxn}}\) = _____ kJ/mol

*Use the bond energies to determine if the reaction is endothermic or exothermic.*

- **Endothermic:** Absorbs energy (positive \(\Delta H\))
- **Exothermic:** Releases energy (negative \(\Delta H\))

Is the formation of sulfur tetrafluoride monoxide endothermic or exothermic?
Transcribed Image Text:### Estimating the Enthalpy of Reaction for Sulfur Tetrafluoride Monoxide Formation To calculate the enthalpy of reaction (\(\Delta H_{\text{rxn}}\)) for the formation of sulfur tetrafluoride monoxide, use the bond energies provided in the table below. #### Bond Energies | Bond | Energy (kJ/mol) | |-------|-----------------| | S–F | 310 | | S–O | 265 | | S=O | 523 | | O–O | 142 | | O=O | 498 | | O–F | 180 | #### Calculation \(\Delta H_{\text{rxn}}\) = _____ kJ/mol *Use the bond energies to determine if the reaction is endothermic or exothermic.* - **Endothermic:** Absorbs energy (positive \(\Delta H\)) - **Exothermic:** Releases energy (negative \(\Delta H\)) Is the formation of sulfur tetrafluoride monoxide endothermic or exothermic?
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