Discuss specific examples of ways that connectivity, as we discussed in Math in Your Life on page 151, has influenced things such as the way we conduct business, national and international affairs, and society in general.
It’s a Small World After All
The term “six degrees of separation,” first mentioned in a 1929 novel by the Hungarian writer Frigyes Karinthy, states that any two people on Earth are connected by a chain of no more than six associations.*
*Perhaps you have played the trivia game “Six Degrees of Kevin Bacon.”
The sociologist Stanley Milgram tested this theory, called “the small-world problem,” by randomly selecting people in the Midwest to send packages to a stranger in Massachusetts. They were to send the package to a person they knew who they thought was most likely to know the target. Then that person would do the same, and so on, until the package was delivered. Milgram found that, on the average, the package was delivered after passing through the hands of five to seven people. In similar experiments, other researchers have found that the average length of a path of e-mails between a random sender and receiver was six. While discussing this with my wife, we realized that because of my appearance on a national television amateur show in my teens, my degree of separation with the Beatles is three and as a result of a graduate course that she took, her degree of separation from Mother Theresa of Calcutta is two. So what does this have to do with you? In your activities at school —fraternities, clubs, musical organizations, and sports teams—you are creating links in these personal chains that you may be able to use in later life to your benefit. In fact, companies like LinkedIn develop software that will provide you with chains of contacts that can help you in the corporate world. On the flip side, connectivity can sometimes work against you. Prospective employers are also only a few degrees of separation away from you and can use popular social media such as Facebook to check you out before inviting you for an interview.
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Chapter 4 Solutions
MYLAB MATH WITH PEARSON ETEXT FOR MATHEM
- Stem1: 1,4 Stem 2: 2,4,8 Stem3: 2,4 Stem4: 0,1,6,8 Stem5: 0,1,2,3,9 Stem 6: 2,2 What’s the Min,Q1, Med,Q3,Max?arrow_forwardSOLVE STEP BY STEP WITHOUT CHATGPT, SOLVE BY HAND PLEASE Problem 6: WHERE - 23 3iz2 6. Z421 21 = 2e-i(2) 22 = 3+2i 23 = 5 cis 230° 24 = 8265°arrow_forwardAre the t-statistics here greater than 1.96? What do you conclude? colgPA= 1.39+0.412 hsGPA (.33) (0.094) Find the P valuearrow_forward
- SOLVE STEP BY STEP WITHOUT CHATGPT, SOLVE BY HAND PLEASE Problem 5: WHERE 5. 2122* 5iz3-224 21 = 2e-i(2) 22=3+2i 23 = 5 cis 230° 24 = 8265°arrow_forwardNot use ai pleasearrow_forwardCan we have an exponential equation using logarithm however i want to show that one mistake is involved in solving it. Showing the mistake and how to be fixed. Thanks.arrow_forward
- Good Day, Kindly assist me with the following query. Any assistance would be appreciated.arrow_forwardA poll before the elections showed that in a given sample 79% of people vote for candidate C. How many people should be interviewed so that the pollsters can be 99% sure that from 75% to 83% of the population will vote for candidate C? Round your answer to the whole number.arrow_forwardSuppose a random sample of 459 married couples found that 307 had two or more personality preferences in common. In another random sample of 471 married couples, it was found that only 31 had no preferences in common. Let p1 be the population proportion of all married couples who have two or more personality preferences in common. Let p2 be the population proportion of all married couples who have no personality preferences in common. Find a95% confidence interval for . Round your answer to three decimal places.arrow_forward
- A history teacher interviewed a random sample of 80 students about their preferences in learning activities outside of school and whether they are considering watching a historical movie at the cinema. 69 answered that they would like to go to the cinema. Let p represent the proportion of students who want to watch a historical movie. Determine the maximal margin of error. Use α = 0.05. Round your answer to three decimal places. arrow_forwardA random sample of medical files is used to estimate the proportion p of all people who have blood type B. If you have no preliminary estimate for p, how many medical files should you include in a random sample in order to be 99% sure that the point estimate will be within a distance of 0.07 from p? Round your answer to the next higher whole number.arrow_forwardA clinical study is designed to assess the average length of hospital stay of patients who underwent surgery. A preliminary study of a random sample of 70 surgery patients’ records showed that the standard deviation of the lengths of stay of all surgery patients is 7.5 days. How large should a sample to estimate the desired mean to within 1 day at 95% confidence? Round your answer to the whole number.arrow_forward
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