What is the probability that when a hand of 5 cards is drawn from a well shuffled deck of 52 cards,
it contains all Queens?
Choose one:  A) 192/3790  B) 192/379015  C) 193  D) Cannot be determined  E) None
nCr = n!/(n-r)!r!   Total number of possible hands = 52C5   52C5 = 2274090   Number of hands with 4 Queens = 4C4 × 48C1   4C4 = 24   48C1 = 48   (other 1 card must be chosen from the rest 48 cards)   Hence P (a hand will have 4 Queens) = (4C4 × 48C1)/52C5 = 192/379015.   Option is 192/379015
<result>B</result>
What is the probability that when a hand of 5 cards is drawn from a well shuffled deck of 52 cards,
it contains all Queens?