Question

The mean number of errors per page made by a member of the word processing pool...

The mean number of errors per page made by a member of the word processing pool for a large company is thought to be 3 with the number of errors distributed according to a Poisson distribution. If 6 page are examined, what is the probability that more than 6 errors will be observed?

Math   Statistics-And-Probability   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
The mean number of errors per page made by a member of the word processing pool...
The mean number of errors per page made by a member of the word processing pool for a large company is thought to be 2.4 with the number of errors distributed according to a Poisson distribution. If a page is​ examined, what is the probability that more than two errors will be​ observed? The probability that more than two errors will be observed is   . ​(Round to four decimal places as​ needed.)
Question: Suppose that the number of errors in one page of local newspaper follows the Poisson...
Question: Suppose that the number of errors in one page of local newspaper follows the Poisson distribution with an average of 4. A) What is the probability that the sports section consisting of 4 pages will have at least 13 errors? B) What is the probability that the local news section consisting of 5 pages will have no more than 17 errors? C) What is the probability that that there will be between 10 and 18 errors in the main...
Assume that the number of networks errors experienced in a day on a local area network...
Assume that the number of networks errors experienced in a day on a local area network (LAN) is distributed as a Poisson random variable. The mean number of network errors experienced in a day is 1.6. What is the probability that in any given day a) zero network errors will occur b) exactly one network error will occur c) two or more network errors will occur d) fewer than three network errors will occur
Assume that the number of network errors experienced in a day on a local area network​...
Assume that the number of network errors experienced in a day on a local area network​ (LAN) is distributed as a Poisson random variable. The mean number of network errors experienced in a day is 2.5 Complete parts​ (a) through​ (d) below. A. What is the probability that in any given day zero network errors will occur? B. What is the probability that in any given day exactly one network error will occur? C. What is the probability that in...
3. The Solomon, Smith, and Samson law firm produces many legal documents that must be word...
3. The Solomon, Smith, and Samson law firm produces many legal documents that must be word processed for clients and the firm. Requests average eight pages of documents per hour, and they arrive according to a Poisson distribution. The secretary can word process 10 pages per hour on average according to an exponential distribution. a. What is the average utilization rate of the secretary? b. What is the probability that more than four pages are waiting or being word processed?...
ind the indicated probabilities using the geometric? distribution, the Poisson? distribution, or the binomial distribution. Then...
ind the indicated probabilities using the geometric? distribution, the Poisson? distribution, or the binomial distribution. Then determine if the events are unusual. If? convenient, use the appropriate probability table or technology to find the probabilities. A newspaper finds that the mean number of typographical errors per page is nine. Find the probability that? (a) exactly five typographical errors are found on a? page, (b) at most five typographical errors are found on a? page, and? (c) more than five typographical...
Struggling with Poisson Distribution. Please could you explain the calculation? Assume that a number of network...
Struggling with Poisson Distribution. Please could you explain the calculation? Assume that a number of network errors experienced in a day in a local area network are distributed as a Poisson random variable. The mean number of network errors experienced in a day is 1.6. 1) Work out the probability that in any given day more than two network errors will occur 2) Work out the probability that in any given day two or more network errors will occur 3)...
Could you please tell me the parameters of this, and how to put it into R?...
Could you please tell me the parameters of this, and how to put it into R? And which distribution is being used? And how to graph them in R? Number of errors per page of a long manuscript has a Poisson distribution with lambda=0.91 per page. Suppose a page is selected at random. What is the probability that there will be more than two errors on this page?
1. Within a computer program, the number of bugs (i.e., coding errors) per lines of code...
1. Within a computer program, the number of bugs (i.e., coding errors) per lines of code has a Poisson distribution with an average of fifteen bugs per 1,000 lines. a. Find the probability that there will be exactly eight bugs in 1,000 lines of code. b. Find the probability that there will be at least eight bugs in 1,000 lines of code. c. Find the probability that there will be at least one bug in 1,000 lines of code. d....
The mean number of bacteria per millimeter of a liquid is known to be 4. Assuming...
The mean number of bacteria per millimeter of a liquid is known to be 4. Assuming that the number of bacteria follows a Poisson distribution, find the probability that, in 1 ml of liquid, there will be (a) no bacteria (b) 4 bacteria (c) less than 3 bacteria Find the probability that (i) in 3 ml of liquid there will be less than 2 bacteria (ii) in 0.5 ml of liquid there will be more than 2 bacteria
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT