An incomplete contingency table is provided. Use this table to complete the following. a. Fill in the missing entries in the contingency table. b. Determine P(C, ), P(R2), and P(C, & R2). c. Construct the corresponding joint probability distribution. C, C2 Total O R, 16 R2 7 Total 40

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**Educational Website Content: Transcribing and Analyzing a Contingency Table**

In this exercise, an incomplete contingency table is provided, and you will use it to complete various tasks related to probabilities.

### Tasks:

a. **Complete the Contingency Table:**

Given values:

- \( R_1C_1 = 5 \)
- \( R_1 \) Total = 16
- \( R_2C_2 = 7 \)
- Total = 40

To complete the table, fill in the missing values:

|      | \( C_1 \) | \( C_2 \) | Total |
|------|-------|-------|-------|
| \( R_1 \) | 5     | 11    | 16    |
| \( R_2 \) | 19    | 7     | 26    |
| Total | 24    | 18    | 40    |

Find the missing values by solving the following:
- \( R_1C_2 = R_1 \text{ Total} - R_1C_1 = 16 - 5 = 11 \)
- \( R_2C_1 = \text{Total } C_1 - R_1C_1 = 24 - 5 = 19 \)
- \( \text{Total } C_2 = R_1C_2 + R_2C_2 = 11 + 7 = 18 \)

b. **Find Each Probability:**

1. \( P(C_1) = \frac{\text{Total for } C_1}{\text{Grand Total}} = \frac{24}{40} = 0.60 \)
2. \( P(R_2) = \frac{\text{Total for } R_2}{\text{Grand Total}} = \frac{26}{40} = 0.65 \)
3. \( P(C_1 \text{ & } R_2) = \frac{R_2C_1}{\text{Grand Total}} = \frac{19}{40} = 0.475 \)

c. **Complete the Joint Probability Distribution:**

To find the joint probability, divide each entry by the grand total (40):

|           | \( C_1 \)   | \( C_2 \)  | Total |
|-----------|
Transcribed Image Text:**Educational Website Content: Transcribing and Analyzing a Contingency Table** In this exercise, an incomplete contingency table is provided, and you will use it to complete various tasks related to probabilities. ### Tasks: a. **Complete the Contingency Table:** Given values: - \( R_1C_1 = 5 \) - \( R_1 \) Total = 16 - \( R_2C_2 = 7 \) - Total = 40 To complete the table, fill in the missing values: | | \( C_1 \) | \( C_2 \) | Total | |------|-------|-------|-------| | \( R_1 \) | 5 | 11 | 16 | | \( R_2 \) | 19 | 7 | 26 | | Total | 24 | 18 | 40 | Find the missing values by solving the following: - \( R_1C_2 = R_1 \text{ Total} - R_1C_1 = 16 - 5 = 11 \) - \( R_2C_1 = \text{Total } C_1 - R_1C_1 = 24 - 5 = 19 \) - \( \text{Total } C_2 = R_1C_2 + R_2C_2 = 11 + 7 = 18 \) b. **Find Each Probability:** 1. \( P(C_1) = \frac{\text{Total for } C_1}{\text{Grand Total}} = \frac{24}{40} = 0.60 \) 2. \( P(R_2) = \frac{\text{Total for } R_2}{\text{Grand Total}} = \frac{26}{40} = 0.65 \) 3. \( P(C_1 \text{ & } R_2) = \frac{R_2C_1}{\text{Grand Total}} = \frac{19}{40} = 0.475 \) c. **Complete the Joint Probability Distribution:** To find the joint probability, divide each entry by the grand total (40): | | \( C_1 \) | \( C_2 \) | Total | |-----------|
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