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To solve the problem, we need to calculate the range of the grades for each of the four bimesters. The range is the difference between the highest and lowest grade in each bimester. Once the ranges are calculated, we can order the bimesters from the highest to the lowest range, which will give us the order of dispersion.

Let's analyze the dataTo solve the problem, we need to calculate the range of the grades for each of the four bimesters. The range is the difference between the highest and lowest grade in each bimester. Once the ranges are calculated, we can order the bimesters from the highest to the lowest range, which will give us the order of dispersion.

Let's analyze the 

### Grades per Bimester:
- **I Bimester**: 8.5, 9.0, 8.9, 8.3
- **II Bimester**: 8.5, 9.8, 9.0, 8.1
- **III Bimester**: 8.9, 8.8, 8.9, 8.3
- **IV Bimester**: 9.0, 9.6, 10.0, 9.3

### Step 1: Calculate the Range for Each Bimester
1. **I Bimester**: 
   - Maximum: 9.0
   - Minimum: 8.3
   - **Range**: 9.0 - 8.3 = **0.7**

2. **II Bimester**:
   - Maximum: 9.8
   - Minimum: 8.1
   - **Range**: 9.8 - 8.1 = **1.7**

3. **III Bimester**:
   - Maximum: 8.9
   - Minimum: 8.3
   - **Range**: 8.9 - 8.3 = **0.6**

4. **IV Bimester**:
   - Maximum: 10.0
   - Minimum: 9.0
   - **Range**: 10.0 - 9.0 = **1.0**

### Step 2: Order the Ranges from Highest to Lowest
- **II Bimester**: 1.7
- **IV Bimester**: 1.0
- **I Bimester**: 0.7
- **III Bimester**: 0.6

### Final Order
The order of the bimesters from highest to lowest dispersion is:
- **II, IV, I, III**

Therefore, the correct answer is **option (A)**: II, IV, I, III.

Would you like more details, or do you have any questions?

Here are five related questions you might find useful:
1. How does the range help measure the dispersion of a dataset?
2. What are other measures of dispersion besides the range?
3. How would the analysis change if the data set had more or fewer grades?
4. Can the range be used to compare datasets of different sizes?
5. What role does the range play in determining outliers in a dataset?

**Tip:** When analyzing a dataset for dispersion, consider using multiple measures (like range, variance, and standard deviation) to get a comprehensive understanding of the data's variability.

En la siguiente boleta se reportan las calificaciones bimestrales de un joven de primer grado de secundaria. Calcula el rango de cada bimestre. ¿Con base en el rango obtenido, cuál es el orden de mayor a menor dispersión de los bimestres?

This problem involves calculating the range of bimestral grades for a student in the first grade of secondary school. The solution shows how to determine the order of the bimesters from the highest to the lowest dispersion, using key statistical concepts like range and data dispersion.

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