SOLUTION: Probabilities of Native-and Foreign-Born Persons: According to the Encyclopedia Britannica Almanac 2006, the 2004 U.S. population of 288,280,000 included 34,244,000 who were for

Algebra ->  Probability-and-statistics -> SOLUTION: Probabilities of Native-and Foreign-Born Persons: According to the Encyclopedia Britannica Almanac 2006, the 2004 U.S. population of 288,280,000 included 34,244,000 who were for      Log On


   



Question 430157: Probabilities of Native-and Foreign-Born Persons:
According to the Encyclopedia Britannica Almanac 2006, the 2004 U.S. population of 288,280,000 included 34,244,000 who were foreign born. Find the empirical probability that a randomly chosen person of that population would be...
(a) foreign born (b)native born


-My concern about this is if I am understanding this and setting up the formula correctly in order to solve it. Therefore, should I write it as (a)P(foreign born)= 34,244,000/288,280,000 and P(native born)= #/288,280,000?(I just not sure which way I am supposed to write this damn formula because this stuff always has confused the hell out of me so much, so please help me understand this best as possible and if I am doing this correctly or not at all too.)

Answer by stanbon(75887) About Me  (Show Source):
You can put this solution on YOUR website!
Probabilities of Native-and Foreign-Born Persons:
According to the Encyclopedia Britannica Almanac 2006, the 2004 U.S. population of 288,280,000 included 34,244,000 who were foreign born. Find the empirical probability that a randomly chosen person of that population would be...
(a) foreign born
P(foreign born) = 34,244,000/228,280,000
-----------------------
(b)native born
P(native born) = (288,280,000-34,244,000) = 228,280,000
=====================================
Cheers,
Stan H.
=====================
-My concern about this is if I am understanding this and setting up the formula correctly in order to solve it. Therefore, should I write it as (a)P(foreign born)= 34,244,000/288,280,000 and P(native born)= #/288,280,000?(I just not sure which way I am supposed to write this damn formula because this stuff always has confused the hell out of me so much, so please help me understand this best as possible and if I am doing this correctly or not at all too.)
0 solutions