In a certain game, you pick a card from a standard deck of 52 cards. If the card is a clever, you win. If the card is not a clever, the person replaces the card to the deck, reshuffles, and draws again. The person keeps repeating that process until he picks a clever, and the point is to measure how many draws did it take before the person picked a clever and won. What is the probability that there will be at least three draws involved in a win, i.e. someone picking her clever on the third draw or later?
Choose the correct choice from the following choices:  A) 11/16  B) 9/16  C) 14/16  D) 13/16  E) 15/16
Probability of picking a heart on any draw = 1/4   Probability of NOT picking a heart on the first draw 11/16ND on the second draw = [1-(1/4)] X [1-(1/4)] = 3/4 X 3/4 = 9/16   11/16nswer : 11/16
<result>A</result>
In a certain game, you pick a card from a standard deck of 52 cards. If the card is a clever, you win. If the card is not a clever, the person replaces the card to the deck, reshuffles, and draws again. The person keeps repeating that process until he picks a clever, and the point is to measure how many draws did it take before the person picked a clever and won. What is the probability that there will be at least three draws involved in a win, i.e. someone picking her clever on the third draw or later?