
Step-by-step explanation:

C tan 43 I think it right
Answer:
Realtionship B
Step-by-step explanation:
Relationship A doesn't pass the line test
Answer: Option B
Step-by-step explanation:
First we assign a name to the events:
Event S: a customer buys socks
Event H: a customer buys shoes.
We know that :

We also know that the probability of S given that H occurs is:

If two events S and H are independent then:

This mean that if two events S and H are independent then:


We know that:
and 

This means that S and H events are dependent.
The answer is the option B