In a certain game of dice, the player’s score is determined as a sum of two throws of a single die. The player with the highest score wins the round. If more than one player has the highest score, the winnings of the round are divided equally among these players. If Jim plays this game against 21 other players, what is the probability of the minimum score that will guarantee Jim some monetary payoff?
Choose the correct choice from the following answers:  A) 41/50  B) 1/221  C) 1/216  D) 1/36  E) 1/42
Toguaranteethat Jim will get some monetary payoff he must score the maximum score of 6+6= 
<gadget id="calculator">6+6</gadget>
<output>12</output>
12, because if he gets even one less than that so 11, someone can get 12 and Jim will get nothing.   P(12)=1/6^2=1/36.   Answer: 1/36
<result>D</result>
In a certain game of dice, the player’s score is determined as a sum of two throws of a single die. The player with the highest score wins the round. If more than one player has the highest score, the winnings of the round are divided equally among these players. If Jim plays this game against 21 other players, what is the probability of the minimum score that will guarantee Jim some monetary payoff?