business intelligence and big data 1

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Apply a Design theme

Use APA style correctly throughout the presentation

Use correct grammar and punctuation

Format correctly and consistently

Include a cover slide, introduction slide at the beginning of the presentation, a conclusion slide at the end of the presentation, and a reference slide using APA format at the end of the presentation.

Number all slides beginning with the cover slide as page 1

Utilize 10 references from scholarly sources…do NOT use Wikipedia or Patents (one source can be the textbook)

Cite references within the presentation using correct APA format

Include a minimum of 16 slides which will include the cover and reference slides

Include at least one figure or one table in the presentation and format in APA style

Include at least one slide that details global aspects of the project

Highlight your knowledge of technology by including some transition and some animation

No Plagiarism

 

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What is the probability that the first made free throw is the 3rd shot attempt?

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What is the probability that the first made free throw is the 3rd shot attempt?

A basketball player with an 85 % free throw percentage (average probability of making a free throw) takes 10 independent free

A basketball player with an 85 % free throw percentage (average probability of making a free throw) takes 10 independent free throws and records the outcome. (a) What is the probability of making exactly 6 free throws? (b) What is the probability of making at least one free throw? (c) What is the probability of making between 7 and 10 free throws? (d) What is the probability that the first made free throw is the 3rd shot attempt? (e) What is the probability that the last two free throws are missed given that the first two free throws are missed?

 

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What must you assume in order for X to have a binomial​ distribution?

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What must you assume in order for X to have a binomial​ distribution?

In a national basketball​ association, the top​ free-throw shooters usually have probability of about 0.90 of making any given free throw. Complete parts a through c.

a. During a​ game, one such player shot 10 free throws. Let X=number of free throws made. What must you assume in order for X to have a binomial​ distribution?

A. It is assumed that the data are not binary.

B.It is assumed that the data are​ binary, that probabilities of success for trials​ (free throws) differ for each​ trial, and that the trials are independent.

C. It is assumed that the data are​ binary, that there is the same probability of success for each trial​ (free throw), and that the trials are dependent.

D.It is assumed that the data are​ binary, that there is the same probability of success for each trial​ (free throw), and that the trials are independent.

b. Specify the values of n and p for the binomial distribution of X in part a.

n = 1010
p = . 90.90

​(Type integers or decimals. Do not​ round.)

c.Find the probability that the player made all 10 free​ throws, 9 free​ throws, and more than 7 free throws. The probability that the player made all 10 free throws is 0.3870.387.

​(Round to the nearest thousandth as​ needed.)

The probability that he made 9 free throws is 0.3870.387.

​(Round to the nearest thousandth as​ needed.)

The probability that he made more than 7 free throws is 0.9470.947. ​(Round to the nearest thousandth as​ needed.)

 

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Does the evidence support the commentator’s claim at the 1% significance level?

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Does the evidence support the commentator’s claim at the 1% significance level?A sports commentator believes that a particular basketball player is just awful in road games but relatively effective at home. To test this claim, the commentator takes a random sample of 36 road games and 49 home games and collects the player’s scoring output in each game. He finds that in the 49 home games, the player averaged 12.3 points and his scoring output had a standard deviation of 2.6 points. Alternatively, in the 36 road games, the player averaged 8.9 points with a standard deviation of 5.6 points.a. Specify the competing hypotheses to determine if the player has a higher scoring average in home games.b. Calculate the value of the test statistic and the critical value at a 1% significance level. There is no reason to assume that the population variance of scoring output is equal for home and road games.c. Does the evidence support the commentator’s claim at the 1% significance level?   Share this:TwitterFacebook