Number of Year Students 2012 750 2013 769 2014 788 2015 808 Using exponential models, if both schools continue to grow at rate, what is the approximate difference in the number of stue attending the two high schools in 2025? O A. 46 о в. 75 о с. 98 O D. 130
Number of Year Students 2012 750 2013 769 2014 788 2015 808 Using exponential models, if both schools continue to grow at rate, what is the approximate difference in the number of stue attending the two high schools in 2025? O A. 46 о в. 75 о с. 98 O D. 130
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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The function f(x) = 875(1.02)x represents the number of students at Martin High School x years after 2012. The table below shows the number of students at Lee High School since 2012.

Transcribed Image Text:Number of
Year
Students
2012
750
2013
769
2014
788
2015
808
Using exponential models, if both schools continue to grow at the same
rate, what is the approximate difference in the number of students
attending the two high schools in 2025?
О А. 46
В. 75
C. 98
D. 130
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