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Experimental Probability: ( 2 , 3 ) appears 2 times. 2 / 1 0 0 = 0 . 0 2 ( 3 , 1 )

Experimental Probability:
(2,3) appears 2 times. 2/100=0.02
(3,1) appears 1 time. 1/100=0.01
(3,2) appears 1 time. 1/100=0.01
(3,3) appears 2 times. 2/100=0.02
(4,1) appears 3 times. 3/100=0.03
(4,2) appears 4 times. 4/100=0.04
(4,3) appears 1 time. 1/100=0.01
(5,1) appears 7 times. 7/100=0.07
(5,2) appears 4 times. 4/100=0.04
(5,3) appears 1 time. 1/100=0.01
(6,1) appears 6 times. 6/100=0.06
(6,2) appears 2 times. 2/100=0.02
(6,3) appears 4 times. 4/100=0.04
(7,1) appears 6 times. 6/100=0.06
(7,2) appears 10 times. 10/100=0.1
(7,3) appears 7 times. =7/100=0.07
(8,1) appears 3 times. 3/100=0.03
(8,2) appears 8 times. 8/100=0.08
(8,3) appears 6 times. 6/100=0.06
(9,1) appears 1 time. 1/100=0.01
(9,2) appears 6 times. 6/100=0.06
(9,3) appears 3 times. 3/100=0.03
(10,1) appears 2 times. 2/100=0.02
(10,2) appears 3 times. 3/100=0.03
(10,3) appears 1 time. 1/100=0.01
(11,1) appears 1 time. 1/100=0.01
(11,2) appears 1 time. 1/100=0.01
(11,3) appears 1 time. 1/100=0.01
(12,1) appears 1 time. 1/100=0.01
(12,2) appears 2 times. 2/100=0.02
compare the theoretical probability with the experimental probability you
have generated.
- How close do the probabilities in your theoretical probability distribution
follow the experimental probabilities? You may wish to discuss some
outcomes that have experimental probabilities that are very similar or quite
different than what is expected in the theoretical table,theoretical probability
The variable x will represent the number of movement squares a player's token moves in each furn,
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