https://file.aiquickdraw.com/mathbot/file/17289315717372xrd3d5l.jpg

The image contains a physics or chemistry problem presented with a balance scale, and it seems to involve atomic mass units (amu) and isotopes of different elements. From the Persian text, the main focus seems to be the calculation or comparison of mass and elements using atomic properties. Below is a rough breakdown of the content I can gather:

### Problem Summary:
1. The image shows a **balance scale** with different elements or objects being compared. 
2. The key information provided in text:
   - **Mass of one electron**: \(0.00055 \, \text{amu}\)
   - Atomic symbols:
     - **Mg (Magnesium)** with mass number 24: \(\ce{^{24}Mg}\)
     - **B (Boron)** with mass number 12: \(\ce{^{12}B}\)

### Problem Intent:
The problem seems to ask about the **mass comparison** between atoms and the electron. Specifically:
1. Calculating the **mass defect or balance difference** between these two atoms (Mg and B) using the **mass of the electron** in units of amu.
2. Likely, one question involves how many electrons or atoms are needed to create a balance on the scale shown.

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Would you like me to:
1. Calculate the total mass of the electrons in one of the atoms (like Magnesium or Boron)?
2. Explain how the balance works if you were to replace one element with electrons?
3. Analyze possible sub-questions around mass number, amu, and element comparison?

Let me know if you need the **detailed solution**! Below are some further inquiries that may help expand your understanding:

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### 5 Related Questions:
1. What is the relationship between **atomic mass units (amu)** and grams in SI units?
2. How many electrons would be needed to match the mass of a magnesium atom

In the image provided, a problem involving a balance scale compares the masses of different atoms, particularly Boron (B) and Magnesium (Mg), with respect to the mass of an electron (given as 0.00055 amu). The problem seems to ask for mass comparisons between these atoms and the electron.

Explore a mass comparison between Boron (B) and Magnesium (Mg) atoms using the mass of an electron (0.00055 amu). This problem highlights key concepts such as atomic mass unit (amu) and basic algebra, suitable for high school chemistry or physics students in grades 10-12.

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