The number of concurrent users of a social networking site has increased dramatically since 2004. By 2013, this social networking site could connect concurrently 70 million users online. The function P(t)=2.567(1.471)¹, where t is the number of years after 2004, models this increase in millions of users. Estimate the number of users of this site that could be online concurrently in 2005, in 2009, and in 2012. Round to the nearest million users.
The number of concurrent users of a social networking site has increased dramatically since 2004. By 2013, this social networking site could connect concurrently 70 million users online. The function P(t)=2.567(1.471)¹, where t is the number of years after 2004, models this increase in millions of users. Estimate the number of users of this site that could be online concurrently in 2005, in 2009, and in 2012. Round to the nearest million users.
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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Subject :- advance mathematics

Transcribed Image Text:The number of concurrent users of a social networking site has increased dramatically since 2004. By 2013, this
social networking site could connect concurrently 70 million users online. The function P(t)=2.567(1.471), where
t is the number of years after 2004, models this increase in millions of users. Estimate the number of users of this
site that could be online concurrently in 2005, in 2009, and in 2012. Round to the nearest million users.
The number of users of this site that could be online concurrently in 2005 is approximately million.
The number of concurrent users of a social networking site has increased dramatically since 2004. By 2013, this
THIS
The number of users of this site that could be online concurrently in 2005 is approximately million.
(Round to the nearest whole number.)
The number of users of this site that could be online concurrently in 2009 is approximately million.
(Round to the nearest whole number.)
The number of users of this site that could be online concurrently in 2012 is approximately million.
(Round to the nearest whole number.)
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