Suppose that in a particular year, the U.S. government held a lottery to issue 63,000 Green Cards (permits for non-citizens to work legally in the U.S.). An individual, from Germany, was one of approximately 6.5 million people who entered this lottery. Let G = won Green Card. In the summer, the individual received a letter stating she was one of 126,000 finalists chosen. Once the finalists were chosen, assuming that each finalist had an equal chance to win, what was the individual's chance of winning a Green Card? Let F = was a finalist. Write your answer as a conditional probability statement. (Round your answer to four decimal places.)
Suppose that in a particular year, the U.S. government held a lottery to issue 63,000 Green Cards (permits for non-citizens to work legally in the U.S.). An individual, from Germany, was one of approximately 6.5 million people who entered this lottery. Let G = won Green Card. In the summer, the individual received a letter stating she was one of 126,000 finalists chosen. Once the finalists were chosen, assuming that each finalist had an equal chance to win, what was the individual's chance of winning a Green Card? Let F = was a finalist. Write your answer as a conditional probability statement. (Round your answer to four decimal places.)
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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Suppose that in a particular year, the U.S. government held a lottery to issue 63,000 Green Cards (permits for non-citizens to work legally in the U.S.). An individual, from Germany, was one of approximately 6.5 million people who entered this lottery. Let G = won Green Card.
In the summer, the individual received a letter stating she was one of 126,000 finalists chosen. Once the finalists were chosen, assuming that each finalist had an equal chance to win, what was the individual's chance of winning a Green Card? Let F = was a finalist. Write your answer as a conditional probability statement. (Round your answer to four decimal places.)
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