You have a standard deck of cards. The deck has $52$ total cards and contains $4$ suits: hearts, clubs, diamonds, and spades. Each suit consists of cards numbered $2-10$, a jack, a queen, a king, and an ace.
You select one card at random from the deck. Let $A$ be the event that the randomly selected card is a club and let $B$ be the event that the card is a $5$. Based on this information, answer the following questions.
**What is $P(A)$, the probability that the card is a club? **[[☃ math-keypad 1]]
**What is $P(B)$, the probability that the card is a $5$? **[[☃ math-keypad 2]]
**What is $P(A\text{ and }B)$, the probability that the card is a club *and* a $5$?** [[☃ math-keypad 3]]
**What is $P(B\text{ | }A)$, the conditional probability that the card is a $5$ given that it is a club?** [[☃ math-keypad 4]]
**Is $P(B\text{ | }A)=P(B)$?
Are the events $A$ and $B$ independent?** [[☃ radio 1]]