A soccer team estimates that they will score on 12% of the corner kicks. In next week's game, the team hopes to kick 15 corner kicks. What are the chances that they will score on 4 of those opportunities?
It is a Binomial distribution with n=15, p=0.12 and x=4.
P(X=x) = nCx p^x (1-p)^(n-x) = 15C4 (0.12)^4 (0.88)^(15-4) = 0.0694
A soccer team estimates that they will score on 12% of the corner kicks. In next...
A soccer team estimates that they will score on 5% of the corner kicks. In next week's game, the team hopes to kick 15 corner kicks. What are the chances that they will score on 3 of those opportunities? What is the probability?
A soccer team estimates that they will score on 8% of the corner kicks. In next week's game, the team hopes to kick 14 corner kicks. What are the chances that they will score on 4 of those opportunities?
A soccer team estimates that they will score on 8% of the corner kicks. In next week's game, the team hopes to kick 13 corner kicks. What are the chances that they will score on 3 of those opportunities?
A basketball player has made 55% of his foul shots during the season. Assuming the shots are independent, what's the expected number of shots until he misses? The player is expected to take shots until the first miss. (Round to two decimal places as needed.) A soccer team estimates that they will score on 11% of the corner kicks. In next week's game, the team hopes to kick 15 corner kicks. What are the chances that they wil score on...
2. Consider penalty shoot-outs in soccer that happen when the score is tied after the regulation playing time'has expired (Let's call this state "tie"] Suppose that there two teams (Team A and Team B), and rounds of one kick per team, until the tie is broken (that is, starting from a tied score, there is a round of one penalty kick per team. If Team A scores, but team B doesn't, then Team A wins the game. But if both...
2. Consider penalty shoot-outs in soccer that happen when the score is tied after the regulation playing time has expired (Let's call this state "tie"). Suppose that there two teams (Team A and Team B), and rounds of one kick per team, until the tie is broken (that is, starting from a tied score, there is a round of one penalty kick per team. If Team A scores, but team B doesn't, then Team A wins the game. But if...
2. Consider penalty shoot-outs in soccer that happen when the score is tied after the regulation playing time has expired (Let's call this state "tie"). Suppose that there two teams (Team A and Team B), and rounds of one kick per team, until the tie is broken (that is, starting from a tied score, there is a round of one penalty kick per team. If Team A scores, but team B doesn't, then Team A wins the game. But if...
Maggie is practicing her penalty kicks for her upcoming soccer game. During the practice, she attempts 10 penalty kicks. If each attempt at the penalty kick is independent of the other attempts and if she scores 65% of the time, historically, what is the probability that she scores at least eight goals? Give your answer as a percentage precise to two decimal places.
The striker of a soccer team is given a penalty kick with 10 seconds left on the clock. The striker takes her shot from the penalty spot 11 m directly from the center of the goal. She aims for the top left corner of the goal which is 3.6 m to her left and 2.4 m off the ground. She kicks the ball and it reaches the goal 500 milliseconds later. a) calculate the range of the shot b) Does...
aggie is practicing her penalty kicks for her upcoming soccer game. During the practice, she attempts 10 penalty kicks. If each attempt at the penalty kick is independent of the other attempts and if she scores 65% of the time, historically, what is the probability that she scores at least eight goals? Give your answer as a percentage precise to two decimal places. Number %