The Future Government Club wants to sponsor a panel discussion on the upcoming national election. The club wants four of its members to lead the panel discussion. Obtain a simple random sample of size 4 from the accompanying table. Write a short description of the process you used to generate your sample. Click the icon to view the club membership list. Write a short description of the process you used to generate your sample with StatCrunch and the seed 12654. Copy and paste the accompanying data into the "var1" cell of a new StatCrunch session. Select Data then Simulate $$ \square $$ Fill out Rows: 10, Columns: 1, Minimum: 1 and Maximum: $$ \square $$ Select the radio button for $$ \square $$ and enter the seed $$ \square $$ ]. Choose names from the resulting sample by matching the first $$ \square $$ $$ \square $$ numbers with the $$ \square $$ of the names.

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The Future Government Club wants to sponsor a panel discussion on the upcoming national election. The club wants four of its members to lead the panel discussion. Obtain a simple random sample of size 4 from the accompanying table. Write a short description of the process you used to generate your sample. Click the icon to view the club membership list. Write a short description of the process you used to generate your sample with StatCrunch and the seed 12654. Copy and paste the accompanying data into the "var1" cell of a new StatCrunch session. Select Data then Simulate > $$ \square $$ Fill out Rows: 10, Columns: 1, Minimum: 1 and Maximum: $$ \square $$ Select the radio button for $$ \square $$ and enter the seed $$ \square $$ ]. Choose names from the resulting sample by matching the first $$ \square $$ $$ \square $$ numbers with the $$ \square $$ of the names.

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To obtain a simple random sample of size 4 from the Future Government Club membership list using StatCrunch, follow these steps:

1. **Prepare the Data**: Copy the club membership list into the "var1" cell of a new StatCrunch session. Ensure that each member is assigned a unique number corresponding to their position in the list (e.g., 1 for the first member, 2 for the second member, etc.).

2. **Simulate Random Numbers**:
   - Go to the menu and select **Data**, then **Simulate**.
   - In the simulation dialog, set the following parameters:
     - **Rows**: 10 (this means you will generate 10 random numbers)
     - **Columns**: 1 (you only need one column of random numbers)
     - **Minimum**: 1 (the minimum number corresponds to the first member)
     - **Maximum**: $$ n $$ (where $$ n $$ is the total number of members in the club; for example, if there are 20 members, set Maximum to 20).

3. **Set the Seed**: 
   - Select the radio button for "Set seed" and enter the seed value **12654**. This ensures that the random numbers generated can be replicated.

4. **Generate the Sample**: 
   - Click on the "Simulate" button to generate the random numbers.

5. **Select Members**: 
   - After generating the random numbers, you will have a list of random integers. Match these integers with the corresponding positions in the membership list to select the members for the panel discussion.

6. **Final Sample**: 
   - The four unique numbers you obtain will correspond to the four members selected for the panel discussion.

By following this process, you ensure that the sample is randomly selected and representative of the club's membership.
To select a simple random sample of 4 members from the Future Government Club using StatCrunch with seed 12654, follow these steps: 1. **Prepare the Data**: Enter the club membership list into StatCrunch, assigning each member a unique number (e.g., 1 to $$ n $$). 2. **Simulate Random Numbers**: - Go to **Data** > **Simulate**. - Set **Rows** to 10, **Columns** to 1, **Minimum** to 1, and **Maximum** to $$ n $$ (total members). - Check the "Set seed" option and enter **12654**. - Click **Simulate** to generate random numbers. 3. **Select Members**: Choose the first four unique numbers from the generated list and match them to the corresponding names in the membership list. 4. **Final Sample**: These four members are your simple random sample for the panel discussion. This method ensures an unbiased selection process.

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