Internet Access. From the document “Computer and Internet Use in the United States: Population Characteristics” (Current Population Survey) by T. File, we obtained the following percentage distribution of household income for U.S. households with Internet access.      Household income   Percentage   Event Less than $25,000 17.1 A $25,000–$49,999 24.0 B $50,000–$99,999 35.0 C $100,000–$149,999 14.1 D $150,000 or more            9.8               E   Suppose that a U.S. household with Internet access is selected at random. Let A denote the event that the household has an income under $25,000,B denote the event that the household has an income between $25,000 and $49,999, and so on (see the third column of the table). Apply the special addition rule to find the probability that the household obtained has an income a. under $50,000. b. $25,000 or above. c. between $25,000 and $149,999, inclusive. d. Interpret each of your answers in parts (a)–(c) in terms of percentages.

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Internet Access. From the document “Computer and Internet Use in the United States: Population Characteristics” (Current Population Survey) by T. File, we obtained the following percentage distribution of household income for U.S. households with Internet access.

    

Household income

 

Percentage

 

Event

Less than $25,000

17.1

A

$25,000–$49,999

24.0

B

$50,000–$99,999

35.0

C

$100,000–$149,999

14.1

D

$150,000 or more

 

         9.8

 

            E

 

Suppose that a U.S. household with Internet access is selected at random. Let A denote the event that the household has an income under $25,000,B denote the event that the household has an income between $25,000 and $49,999, and so on (see the third column of the table). Apply the special addition rule to find the probability that the household obtained has an income

a. under $50,000.

b. $25,000 or above.

c. between $25,000 and $149,999, inclusive.

d. Interpret each of your answers in parts (a)–(c) in terms of percentages.

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