The table shows the number of video games sold worldwide for the five highest-selling video games in 2010. Assuming this trend continues and that the total sales of all other video games is negligible if a person chooses to purchase one of these video games, determine the empirical probability that the person will purchase a) Game 2. b) Game 5. c) Game 1. Game Games Sold Game 1 18,560,000 Game 2 17,490,000 Game 3 11,600,000 Game 4 11,180,000 Game 5 8,410,000 Total 67,240,000
The table shows the number of video games sold worldwide for the five highest-selling video games in 2010. Assuming this trend continues and that the total sales of all other video games is negligible if a person chooses to purchase one of these video games, determine the empirical probability that the person will purchase a) Game 2. b) Game 5. c) Game 1. Game Games Sold Game 1 18,560,000 Game 2 17,490,000 Game 3 11,600,000 Game 4 11,180,000 Game 5 8,410,000 Total 67,240,000
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Question
The table shows the number of video games sold worldwide for the five highest-selling video games in 2010. Assuming this trend continues and that the total sales of all other video games is negligible if a person chooses to purchase one of these video games, determine the empirical probability that the person will purchase
a) Game 2.
b) Game 5.
c) Game 1.
Game
|
Games Sold
|
---|---|
Game 1
|
18,560,000
|
Game 2
|
17,490,000
|
Game 3
|
11,600,000
|
Game 4
|
11,180,000
|
Game 5
|
8,410,000
|
Total
|
67,240,000
|
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