Question 20 of 21 5 Points Suppose that the number of flat tires that Liam's Taxi...
Question 17 of 21 5 Points Suppose that the number of goals scored by the Andover High School lacrosse team is Poisson distributed with a mean (L) of 3.3 per game. If we randomly attended 5 games last season, what is the probability we saw Andover shut out at least 3 times? (Note: being shut out means Andover scored no goals) EXCEL COMMAND
Suppose that the number of calls to the customer service department of Kimberly’s Fine Furniture is Poisson distributed with a µ = 1 per minute. What is the probability of getting at least 50 calls for per hour for at least 3 out of 5 random one-hour periods? A. (1- POISSON(49,60,1))3 B. 1- BINOMDIST(3,5,1-POISSON(50,60,1),1) C. BINOMDIST(3,5,POISSON(50,60,1),0) D. 1- BINOMDIST(2,5,1-POISSON(49,60,1),1) E. BINOMDIST(3,5,1-POISSON(49,60,1),1)
12. Suppose that the number of goals scored by the King Philip High School soccer team is Poisson distributed with a mean (u) of 3.2 per game. If we randomly attended a game last season, what is the probability we saw King Philip shut out? (Note: being shut out means King Philip scored no goals) EXCEL COMMAND
0.8 points S Suppose that the average number of new clients that a sales representative signs in a month is 25 and that the distribution of this random variable is Poisson. What is the probability that any given sales representative will sign more than 30 new clients in a month? Answer to at least four decimal places. You may find it easier to use excel than to use a calculator for this one
Question 6 of 21 5 Points Assume that students arrive at a professor's office following a Poisson distribution with a mean (u) = 5 per hour. What is the probability that during a 3 hour period we get more than 3 students in the first hour, less than 3 in the second hour and exactly 3 in the last hour? A. None of these multiple choice options are correct B. 1-poisson(3,15,1))*poisson(2,15,1) poisson(3,15,0) C. (1-poisson(3,5,1))*poisson(2,5,1)*poisson(3,5,0)*6 c D. (1-poisson(3,5,1))*poisson(2,5,1)*poisson(3,5,0) O E. (1-poisson(3,5,1))*poisson(2,5,1)*poisson(3,5,0)*3...
Question 1 (20 points, Poisson or not Poisson): Monthly Notices of the Royal Astronomical Society published that a total of 20 kg asteroids hits the earth per day. (a) (5 Pts.) By using Poisson distribution, determine the probability of getting 5 kg of asteroids in 4 hours? (b) (5 Pts.) Determine the probability in Part (a) by using an appropriate continuous distribution. (c) (5 Pts.) If we de ne random variable X as the time required for 0.5 kg of...
Question 47 (20 points) A local tire dealer wants to predict the number of tires sold each month. He believes that the number of tires sold is a linear function of the amount of money invested in advertising. He randomly selects 6 months of data consisting of tire sales (in thousands of tires) and advertising expenditures (in thousands of dollars). Based on the data set with 6 observations, the simple linear regression model yielded the following results. X = 24...
UsePoissonsheet to answer this question. Suppose that X, the number of customers arriving each hour at the only checkout counter in a local pharmacy, is approximately Poisson distributed with mean = 20 customers per hour. Find the probability that Xis more than 24. Round your answer to 4 decimal places. Put a box around your answer.
IN AN EXCEL FILE USING EXCEL FUNCTIONS CALCULATIONS SHOW FORMULAS IN CELL PLEASE Suppose the number of customers arriving each hour at the only checkout counter in a local pharmacy is approxima hour. a. Find the probability that exactly 10 customers arrive in a given hour. b. Find the probability that at least five customers arrive in a given hour 1) tely Poisson distributed with an expected arrival rate of 20 customers per c. Find the probability that no more...
Question 2 of 4 (3 points) 7.1 Section Exercise 16 A random sample of the number of farms (in thousands) in various states follows. Estimate the mean number of farms per state with 95% confidence. Assumo = 31. Round intermediate and final answers to one decimal place. Assume the population is normally distributed. 95 47 50 40 109 78 6 52 21 15 7 68 16 48 79 44 Source: New York Times Almanac. Download data < u