Answer:
F. P(Y|X)
Step-by-step explanation:
Let's analyze the given probabilities to determine the value of P(X).
1. P(X|W) = P(Z)
This tells us that the probability of event X given event W is equal to the probability of event Z.
2. P(Y|X) = P(Y)
This states that the probability of event Y given event X is equal to the probability of event Y.
3. P(YZ) = P(X)
This indicates that the joint probability of events Y and Z is equal to the probability of event X.
Based on these probabilities, we can conclude the following:
P(Y|X) = P(Y)
P(YZ) = P(X)
Since P(Y|X) = P(Y), we can deduce that event X has no influence on event Y. Therefore, P(Y) is independent of X.
From P(YZ) = P(X), we can also conclude that the joint probability of events Y and Z is equal to the probability of event X.
Hence, the value of P(X) is equivalent to the joint probability of events Y and Z, which can be expressed as:
P(X) = P(YZ)
Therefore, the answer is F. P(Y|X).