Kobe Bryant's Free Throws During the 2015-16 NBA season, Kobe Bryant of the Los Angeles Lakers had a free throw shooting percentage of 0.813. Assume that the probability Kobe Bryant makes any given free throw is fixed at 0.813, and that free throws are independent. (a) If Kobe Bryant shoots 6 free throws in a game, what is the probability that he makes at least 5 of them? Round your answer to four decimal places. P(X > 5) = i eTextbook and Media (b) If Kobe Bryant shoots 80 free throws in the playoffs, what is the probability that he makes at least 70 of them? Round your answer to four decimal places. P(X > 70) = i eTextbook and Media (c) If Kobe Bryant shoots 6 free throws in a game, what are the mean and standard deviation for the number of free throws he makes during the game? Enter the exact answer for the mean, and round your answer for the standard deviation to three decimal places. i free throws O = i free throws eTextbook and Media (d) If Kobe Bryant shoots 80 free throws in the playoffs, what are the mean and standard deviation for the number of free throws he makes during the playoffs? Enter the exact answer for the mean, and round your answer for the standard deviation to three decimal places. i free throws O = i free throws

George is a big fan of music from the 1960s, and 22% of the songs on his iPod are Beatles songs. Suppose George sets his iPod to  "shuffle," so that it selects songs randomly (assume the shuffle function permits repetition of songs). During a long drive, George plays 50 randomly selected songs. Calculate the probability that more than 30% of the 50 randomly selected songs are Beatles songs. Round your answer to four decimal places.

Analyzing data, you found that the probability that a computer user clicks on the online ad of your company is 0.22 or 22% (a person either clicks or does not click on your ad). Let X be the number of independent people who view the ad until someone clicks on it (including the person who clicked on the ad, so if we say X=5, that means it took 5 people to look at the ad to get one to click on the ad). Say you show the ad to 20 independent people. Let Y be the number of people who click on the ad among the 20 independent people who view the ad Let Z be whether a person who views the ad clicks on it or does not click on it. What type of distribution does x follow and what is the probability that x is equal to 3

Insurance: An insurance company sells a 1-year term life insurance policy to an 80-year-old man. The man pays a premium of $1200. If he dies within 1 year, the company will pay $21,000 to his beneficiary. According to the U.S. Centers for Disease Control and Prevention, the probability that an 80-year-old man will be alive 1 year later is 0.9437. Let X be the profit made by the insurance company. Part: 0 / 2 Part 1 of 2 (a) Find the probability distribution. The probability distribution is 1200 P(x)