Give the expected electron configurations for each of the following aton Note: To input an electron configuration use the following example: F= Element Electron Configuration Sn Sc P.
Electron Affinity
When an element undergoes a chemical reaction, it either gains energy or loses energy. This gain or loss of energy is due to the phenomena that occur at atomic level. During reaction, atoms either gain electrons from other atoms or lose electrons to other atoms, and in that process, energy is produced.
P-Block Elements
Elements which are present on the right side of the periodic table are called p-block elements. In addition to the noble gases, they include the families of boron, mercury, nitrogen, oxygen and fluorine. These elements have diverse real-life implementations that we regularly experience around us.
Metals and Non-metals
The periodic table is composed of metals, semi-metals and nonmetal elements. The physical and chemical properties of metals and nonmetals differ from each other. The study of metals and nonmetals will help one to understand the appropriate application of the particular element.
![**CHEMWORK: Electron Configurations Practice**
**Instructions:**
Provide the expected electron configurations for each of the following atoms.
**Note:** When inputting an electron configuration, follow this format example: F = [He]2s²2p⁵.
**Elements and Input Fields:**
- **P (Phosphorus)**
- Electron Configuration: [Input Box]
- **Sn (Tin)**
- Electron Configuration: [Input Box]
- **I (Iodine)**
- Electron Configuration: [Input Box]
- **Sc (Scandium)**
- Electron Configuration: [Input Box]
- **C (Carbon)**
- Electron Configuration: [Input Box]
**Helpful Tips:**
- **Hide Hints:** Click "Hide Hints" if you prefer to work without assistance.
- **Periodic Table Reference:** Use a periodic table to identify the noble gas that precedes each element when writing electron configurations.
**Submission:**
- Once complete, click "Submit Answer."
- If you need to try different configurations, click "Try Another Version."
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