https://file.aiquickdraw.com/mathbot/file/1729058825799pndixk0t.jpg

Thank you for the image! Here's what I observe from the table you've provided:

1. **Context of the Table**:  
   - The table compares **elements** and **compounds** in terms of **amount by count** (atoms or molecules per mole) and **mass** (grams per mole, taken from the periodic table).  

2. **Breakdown of Given Data for Elements**:
   - **Nitrogen (N)**:
     - **Atoms in 1 mole**: \(6.022 \times 10^{23} \, \text{N atoms}\)
     - **Mass of 1 mole**: \(14.02 \, \text{g}\)

   - **Silver (Ag)**:
     - **Atoms in 1 mole**: \(6.022 \times 10^{23} \, \text{Ag atoms}\)
     - **Mass of 1 mole**: \(107.87 \, \text{g}\)

   - **Aluminum (Al)**:
     - **Atoms in 1 mole**: \(6.022 \times 10^{23} \, \text{Al atoms}\)
     - **Mass of 1 mole**: \(26.98 \, \text{g}\)

3. **Compounds Section**:
   - **CO\(_2\)** (carbon dioxide) is mentioned as an example for understanding the data.
   - For **NH\(_3\)** (ammonia), it seems like the formula needs to be written, but the details aren’t filled yet in the image.

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Would you like further assistance in filling the missing entries or verifying any calculations? For example, I can help compute the molar mass of compounds like **NH\(_3\)**. 

### 5 Related Questions:
1. What is the molar mass of NH\(_3\) (ammonia)?
2. How is Avogadro’s number used in chemical calculations?
3. Why do different elements have different molar masses?
4. What steps are involved in finding the molar mass of a compound?
5. How does the concept of a mole relate to both mass and particle count?

**Tip:**  
Always double-check the periodic table values since some elements may have slightly varying atomic weights depending on isotopic abundance!

What is the molar mass of different elements and compounds based on the provided table?

Understand how to calculate the molar mass for elements such as nitrogen (N), silver (Ag), and aluminum (Al) using Avogadro's number and atomic masses. This is a key stoichiometry concept for chemistry students in Grades 10-12.

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