They both can hold a certain amount
The probability of a hand of 13 cards contains all 4 of one of the denominations, say Aces, is given by:

The same probability applies to getting all 4 of each of the other denominations.
Therefore the required probability is:

The answer is 0.0343.
Answer:
-41/21
Step-by-step explanation:
Answer:
The next steps are to:
1) subtract 3.9 from both sides
2) divide both sides by -10.9
3) p = 1.2
Step-by-step explanation:
To solve a multi-step equation, you need to first combine like terms, which was done for your to get the equation: -10.9p + 3.9 = -9.18. At this point, you have a two-step equation where you need to use inverse (opposite) operations to isolate the variable. Whatever you do to one side of the equation, you do to the other:
1) -10.9p + 3.9 - 3.9 = -9.18 - 3.19 or -10.9p = -13.08
2) -10.9p/-10.9 = -13.08/-10.9
3) p = 1.2