# Statistics juicypredatore

There is a game called Under-or-Over Seven.  A pair of fair dice is rolled once and the resulting sum determines whether the player wins or loses his or her bet.  For example, the player can bet \$1 that the sum will be under 7 -- that is 2, 3, 4, 5, or 6.  For this bet, the player wins \$1 if the result is under 7 and loses \$1 if the outcome equals to or is greater than 7.  Similarly, the player can bet \$1 that the sum will be over 7  -- that is 8, 9, 10, 11, or 12.   Here the player wins \$1 if the result is over 7, but loses \$1 if the outcome is 7 or under.  A third method of play is to bet \$1 on the outcome 7.  For this bet, the player wins \$4 if the result of the roll is 7 and loses \$1 otherwise.

a) Construct the probability distribution representing the different outcomes that are possible for a \$1 bet on under 7.

b)  Construct the probability distribution representing the different outcomes that are possible for a \$1 bet on over 7.

c)  Construct the probability distribution representing the different outcomes that are possible for a \$1 bet on 7.

• Posted: 22 days ago
• Due:
• Budget: \$5  