\(B_1\) | \(B_2\) | ||
\(A_1\) |
\( P(A_1 ∩ B_1 )\) =
0 |
\( P(A_1 ∩ B_2 )\) = |
\( P(A_{1})\) =
0 1 |
\(A_2\) | \( P(A_2 ∩ B_1 )\) = | \( P(A_2 ∩ B_2 )\) = | \( P(A_{2})\) = |
\( P(B_{1})\) =
0 1 |
\( P(B_{2})\) = |
\(B_1\) | \(B_2\) | ||
\(A_1\) | \( P(B_1 | A_1 ) = \frac{P(A_1 ∩ B_1 )}{P(A_{1}) } = \) | \( P(B_2 | A_1 ) = \frac{P(A_1 ∩ B_2 )}{P(A_{1}) } = \) | 1.00 |
\(A_2\) | \( P(B_1 | A_2 ) = \frac{P(A_2 ∩ B_1 )}{P(A_{2}) } = \) | \( P(B_2 | A_2 ) = \frac{P(A_2 ∩ B_2 )}{P(A_{2}) } = \) | 1.00 |