slot slot , slot 7 slot slot 3 sht slot slot slot 1 2 4 56...

 

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slot slot , slot 7 slot slot 3 sht slot slot slot 1 2 4 56 | $100 $300 $100a so $10000 $0 $1000 8500 $100 (a) For each of the three middle slots at the top of the board (slots 4, 5, and 6), find the probability that a chip starting in each slot results in winning $10,000. (b) Compute the expected winnings for a chip dropped in slot 5 and the expected winnings for a chip dropped in slot 4 or 6. slot slot , slot 7 slot slot 3 sht slot slot slot 1 2 4 56 | $100 $300 $100a so $10000 $0 $1000 8500 $100 (a) For each of the three middle slots at the top of the board (slots 4, 5, and 6), find the probability that a chip starting in each slot results in winning $10,000. (b) Compute the expected winnings for a chip dropped in slot 5 and the expected winnings for a chip dropped in slot 4 or 6.