A pack of 52 playing cards comprises of four suites of 13 cards each. In each suite, there are cards of 13 distinct face values - from 1 to 13. In how many ways can a pack of 52 playing cards be distributed equally among four persons so that each person receives cards of all the possible face values?
Answers
Answered by
3
Answer:
Step-by-step explanation:
Among 4 people,we could get a face four times so, probability is 13 by 52 or 1 by 4
Answered by
0
Answer:
(4!)^13 (4! power 13)
Step-by-step explanation:
There are 4 different sets of card numbered from 1 to 13, let's say 4 different sets are consists of red, green, blue, yellow.
Now, the question is we have to distribute 1 to 13 numbered face cards, irrespective of colors to all 4 persons.
Each set of four cards of the same denomination can be distributed among 4 persons in 4! ways. There are 13 denominations in that manner.
Hence, the required number of ways is 4! * 4! * 4! * 4! * 4! * 4! * 4! * 4! *4! * 4! * 4! * 4! *4!
= (4!)^13 = 24^13
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