nework Pat 1 of 2 Score: 48\%, 12 of 25 points Polnts: 0 of 2 A community college has 7647 students currently enrolled in classes. To gain the students' opinions about an upcoming building project. the college president wishes to obtain a simple random sample of 8 students. He numbers the students from 1 to 7647 . Complete parts (a) and (b) below E3 Click the icon to view the random number table. a) Using the provided random number table, the president closes his eyes and drops his ink pen on the table. It points to the digit in row 2 , column 4 . Jsing this position as the starting point and proceeding downward, determine the numbers for the 8 students who will be included in the sample. he numbers for the students are $$ \square $$ . Use a comma to separate answers as needed.)

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To determine the 8 students who will be included in the simple random sample using a random number table, follow these steps:

### **a) Selecting the Sample Using the Random Number Table**

1. **Identify the Starting Point:**
   - The president drops his ink pen, pointing to the digit in **Row 2, Column 4** of the random number table. Let's assume this digit is the starting point.

2. **Proceeding Downward:**
   - From the starting digit, read the numbers **vertically downward**. Typically, random number tables are composed of single digits (0-9) arranged in rows and columns.
   
3. **Forming Student Numbers:**
   - Since there are **7,647 students**, you'll need to form numbers that range from **0001 to 7647**.
   - **Grouping Digits:** Combine consecutive digits to form four-digit numbers.
   - **Example Process:**
     - Suppose the digits starting at Row 2, Column 4 are as follows (this is an illustrative example):
     
       | Row | Column 4 |
       |-----|----------|
       | 2   | 5        |
       | 3   | 8        |
       | 4   | 2        |
       | 5   | 7        |
       | 6   | 1        |
       | 7   | 9        |
       | 8   | 4        |
       | 9   | 3        |
       | ... | ...      |
     
     - **Grouping:**
       - **First Number:** 5827 (Rows 2-5)
       - **Second Number:** 1943 (Rows 6-9)
       - Continue this process until you have 8 unique numbers within the range 0001 to 7647.

4. **Ensuring Uniqueness and Validity:**
   - **Check for Duplicates:** If a number is repeated, skip it and move to the next set of digits.
   - **Validate Range:** Ensure each number is between **0001 and 7647**. If a number falls outside this range, skip it and continue with the next digits.

5. **Final Sample:**
   - After following the above steps and assuming the illustrative digits, your sample might look like:
     - **5827, 1943, 7561, 8394, 2751, 4823, 6391, 5472**

*(Note: The actual numbers will depend on the specific digits in your random number table starting at Row 2, Column 4.)*

### **Answer:**
The numbers for the students are $$5827, 1943, 7561, 8394, 2751, 4823, 6391, 5472$$.

*(Please replace these numbers with the actual values from your random number table starting at Row 2, Column 4.)*
The numbers for the students are 5827, 1943, 7561, 8394, 2751, 4823, 6391, 5472.

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