TOPIC:Application of Central limit theorem through Exponential distribution.
9. An item needs to go through 100 different independent processing until completion. Each process- ing...
9) An item needs to go through 100 different independent processing until completion. Each process- ing takes exponential with a mean of 3 minutes. Approximately, what is the probability that the item will be finished in 8 hours? (Hint: Use the central limit theorem.)
An item needs to go through 100 different independent processing until completion. Each processing takes exponential with a mean of 3 minutes. Approximately, what is the probability that the item will be finished in 8 hours? (Hint: Use the central limit theorem.)
Suppose a worker needs to process 200 items. The time to process each item is exponentially distributed with a mean of 1 minutes, and the processing times are independent. Approximately, what is the probability that the worker finishes in less than 5 hours?
You have 100 light bulbs whose lifetimes are modeled by an independent exponential distribution with a mean of 8 hours. The bulbs are used one at a time, with a failed bulb being replaced immediately with a new one. Use the central limit theorem to approximate the probability that there is still a working bulb between 790 hours and 820 hours
The time it takes me to go shopping follows an exponential distribution with a mean of 30 minutes. What is the probabil ity that I finish shopping in 40 minutes or less? Round to the nearest decimal! 73.6% 62.3% 77,7% 75.3% None of the above What is the probability that it takes me between 40 and 50 minutes to finish my shopping? Round to the nearest decimal! O 14.1% 10.6% 7.5% 81.1 % None of the above If the per...
Write solutions legibly, and show all work. Walk the reader through your thought process, using English words when necessary. 1. Recall question 2 of the previous homework – We draw 6 cards from a 52 card deck and let X = the number of heart cards drawn. You already found the pmf back then. You’re allowed to use it here without re-deriving it. a. What is the expected value of X? b. What is the variance of X? What is...
Question: The whole process before administering blood can be broken down into the following nine activities: A. Register B. Consult and take tests C. Sample blood D. Deliver blood sample to lab E. Deliver blood to bank (CBS) F. Deliver test blood to lab (CBS) G. Cross-match H. Retrieve blood from bank I. Deliver blood to the clinic (Note: Administering blood is a pure medical activity. This activity will be excluded since your the analysis will not help to reduce...
The following ANOVA model is for a multiple regression model with two independent variables: Degrees of Sum of Mean Source Freedom Squares Squares F Regression 2 60 Error 18 120 Total 20 180 Determine the Regression Mean Square (MSR): Determine the Mean Square Error (MSE): Compute the overall Fstat test statistic. Is the Fstat significant at the 0.05 level? A linear regression was run on auto sales relative to consumer income. The Regression Sum of Squares (SSR) was 360 and...
TrueGrid manufactures the world’s strongest permeable paver. It’s a 100% permeable, which is an alternative to concrete and asphalt. It is permeable solution that allows the water to permeate through the surface and be detained below. It’s able to handle high traffic and heavy loads, so it can go from your drive way all the way to your high traffic 18 wheeler parking lots and everything in between. TrueGrid helps prevent flooding because the biggest reason is there is no...
check my answers for Networking I came up with these answers, can check my answers Question 1: General What data rate is needed to transmit an uncompressed 4" x 6" photograph every second with a resolution of 1200 dots per inch and 24 bits per dot (pixel)? 691,200 kb/s 28.8 kb/s 8.29 Mb/s 829 Mb/s Question 2: Layering "Layering" is commonly used in computer networks because (check all that apply): -It forces all network software to be written in ‘C’....