b. Create the transition probability matrix for this decision problem in part (a). If the probability is not defined, express your answer in terms of p. If your answer is zero enter "O". -14 -8 -6 O WIN LOSE -14 -8 -6 o WIN LOSE c. If Temple's coach goes for a 1-point conversion after each touchdown, the game is assured of going to overtime and Temple will win with probability 0.55. For what values of p is the strategy defined in part a superior to going for 1 point after each touchdown? If required, round your answer to three decimal places. p> b. Create the transition probability matrix for this decision problem in part (a). If the probability is not defined, express your answer in terms of p. If your answer is zero enter "O". -14 -8 -6 O WIN LOSE -14 -8 -6 o WIN LOSE c. If Temple's coach goes for a 1-point conversion after each touchdown, the game is assured of going to overtime and Temple will win with probability 0.55. For what values of p is the strategy defined in part a superior to going for 1 point after each touchdown? If required, round your answer to three decimal places. p> b. Create the transition probability matrix for this decision problem in part (a). If the probability is not defined, express your answer in terms of p. If your answer is zero enter "O". -14 -8 -6 O WIN LOSE -14 -8 -6 o WIN LOSE c. If Temple's coach goes for a 1-point conversion after each touchdown, the game is assured of going to overtime and Temple will win with probability 0.55. For what values of p is the strategy defined in part a superior to going for 1 point after each touchdown? If required, round your answer to three decimal places. p>