A basketball player makes 60% of his shots from the free throw line. Suppose that each...

A basketball player makes 60% of his shots from the free throw line. Suppose that each of his shots can be considered independent and that he takes 4 shots. Let X = the number of shots that he makes. What is the probability that he makes 3 shots?

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orchestra answered 2 years ago

A basketball player makes 60% of his shots from the free throw line. Suppose that each...

A basketball player makes 60% of his shots from the free throw line. Suppose that each of his shots can be considered independent and that he throws 4 shots. Let X = the number of shots that he makes. What is the probability that he makes 1 shot?

A basketball player makes 60% of his shots from the free throw line. Suppose that each...

A basketball player makes 60% of his shots from the free throw line. Suppose that each of his shots can be considered independent and that he takes 4 shots. Let X = the number of shots that he makes. What is the probability that he makes all 4 shots?

A basketball player makes 40% of his shots from the free throw line. Suppose that each...

A basketball player makes 40% of his shots from the free throw line. Suppose that each of his shots can be considered independent and that he takes 3 shots. Let X = the number of shots that he makes. What is the standard deviation for X? 0.849 0.72 1.2 0.4

A basketball player makes 39% of her shots from the free throw line. Suppose that each...

A basketball player makes 39% of her shots from the free throw line. Suppose that each of her shots can be considered independent and that she throws 3 shots. Let X = the number of shots that he makes. What is the probability that she makes 2 shots?

To test his free throw skills, a basketball player shoots 200free throw shots in a...

To test his free throw skills, a basketball player shoots 200 free throw shots in a row. He makes 171 of them. Based on this, what is the probability he will make his first free throw in his next game? What method of calculating probability did you use to calculate this?

Bob is a high school basketball player. He is a 60% free throw shooter. That means his probability of making a free throw is 0.60.

Please show answer using R commands. Exercise 3: Bob is a high school basketball player. He is a 60% free throw shooter. That means his probability of making a free throw is 0.60. Use R commands to answer the following questions. ( (a) During the season, what is the probability that Bob makes his third free throw on his sixth shot? (b) What is the probability that Bob makes his first free throw on his sixth shot?

A basketball player makes 64% of her free throw attempts. Suppose she is awarded 3 free...

A basketball player makes 64% of her free throw attempts. Suppose she is awarded 3 free throws during a play, and let X be the number of free throws she makes during this trial. Complete the following probability distribution table. Round the probabilities to 3 decimals.

A basketball player is practicing his free throws. This player's probability of making a free throw...

A basketball player is practicing his free throws. This player's probability of making a free throw over his career is 0.592. He will shoot 140 free throws. a) Define a random variable, and write out the probability mass function for the number of free throws this player makes on his 140 attempts. b) What is the probability that this player makes between 60 and 62 free throws, inclusive? c) What is the expected value and variance of the number of...

A certain NBA basketball player makes 70% of his free throws. Suppose this player has three...

A certain NBA basketball player makes 70% of his free throws. Suppose this player has three free throws. What is the most likely number of free throws that he will make?

1. A basketball player makes 54% of his shots during the regular season games. a) To...

1. A basketball player makes 54% of his shots during the regular season games. a) To simulate whether a shot hits or misses you could assign random digits as follows: (i) One digit simulates one shot; 1 and 5 are a make, other digits are a miss. (ii) One digit simulates one shot; odd digits are a make and even digits are a miss. (iii) Two digits simulate one shot; 00 to 54 are a make and 55 to 99...

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A basketball player makes 60% of his shots from the free throw line. Suppose that each...

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