help with e,f,g,h Td The average score for games played in the NFL is 21.8 and...
The average score for games played in the NFL is 21.8 and the standard deviation is 8.9 points. 42 games are randomly selected. Round all answers to 4 decimal places where possible and assume a normal distribution. a. What is the distribution of a? -N([ b. What is the distribution of a? --N c. P> 21.7401) - d. Find the 71th percentile for the mean score for this sample size. e. P(20.5401 <ö<23.0867) = f. Q1 for the 2 distribution...
The average score for games played in the NFL is 20.8 and the standard deviation is 9.2 points. 10 games are randomly selected. Round all answers to 4 decimal places where possible and assume a normal distribution. a. What is the distribution of ?-NO b. What is the distribution of x? -NO ) c. P(<23.3361) - d. Find the 70th percentile for the mean score for this sample size. e. P(21.3361 <i<22.9547) = f. Q1 for the distribution- g. PO...
Q3(Sums) The average score for games played in the NFL is 21.7 and the standard deviation is 9.3 points. 46 games are randomly selected. Round all answers to 4 decimal places where possible and assume a normal distribution. a. What is the distribution of a? 5 ~ N( Σ Σ--Ν( b.What is the distribution of c. P( > 22.0432) = d. Find the 73th percentile for the mean score for this sample size. e. P(20.1432 < E < 23.5856) =...
The average score for games played in the NFL is 20.5 and the standard deviation is 9.1 points. 47 games are randomly selected. Round all answers to 4 decimal places where possible and assume a normal distribution. What is the distribution of ¯xx¯? ¯xx¯ ~ N( ____ , ____ ) What is the distribution of ∑x∑x? ∑x∑x ~ N( ____ , ____ ) P(¯xx¯ > 20.7089) = ____ Find the 68th percentile for the mean score for this sample size....
The average score for games played in the NFL is 22.1 and the standard deviation is 9.3 points. 46 games are randomly selected. Round all answers to 4 decimal places where possible and assume a normal distribution. a. What is the distribution of 2?2- NO b. What is the distribution of r? -NG C. Plā > 23.8432) - d. Find the 66th percentile for the mean score for this sample size. e. P(20.5432 < 3 < 23.4856) - f. Q3...
The average score for games played in the NFL is 21.9 and the standard deviation is 9.2 points. 44 games are randomly selected. Round all answers to 4 decimal places where possible and assume a normal distribution. a. What is the distribution of ? ~ N(| b. What is the distribution of x? x~N(| c. P( <23.7195) d. Find the 68th percentile for the mean score for this sample size P(22.5195 23.3935) = e. f. Q3 for the distribution =...
The average score for games played in the NFL is 20.8 and the standard deviation is 9.3 points. 46 games are randomly selected. Round all answers to 4 decimal places where possible and assume a normal distribution. What is the distribution of ¯xx¯? ¯xx¯ ~ N( ___ , ____ ) What is the distribution of ∑x∑x? ∑x∑x ~ N( ____ , ____ ) P(¯xx¯ > 19.7432) = _____ Find the 62th percentile for the mean score for this sample size....
need help with e,f,g Let W be the weight of the ith airline passenger's luggage. Assume that the weights are independent, cach with pdf f(w) - B-w-1 ifo <w<B and zero otherwise. (a) For n=100, = 3, and B = 80, approximate P W (b) If W is the smallest value out of, then show that w a s n . (c) If W, is the largest value out of, then show that W B as n . (d) Find...
А B P c D E F G H K M N The average daily rate of a hotel in Canada as of August 2018 was $182.75. Assume the average daily rate follows a normal distribution with a standard deviation of $24.80 a. What is the probability that the average daily rate of a Canadian hotel will be: (i) less than $175 P(X < 175)= (ii) more than $200 POX > 200)= (iii) Between $150 and $195 P(150 < X...
T 154.8 9 20 B C E F G H K L M N O R S 1 Learning Activity -- Facility Location by the Gravity Method 2 Instructions: 3 Latitude Longitude 1) To start the computations, you'll need to compute the SUM of the population shown in Column D. 4 City (LAT) (LON) Population (1,000) p*Lat P*Lon 2) Compute each city's "Population x Latitude" (column E). 5 1 16.6 1655 3) Compute each city's "Population x Longitude" (column F)....