The population of a town is modeled by the equation P=3485e0.12t, where “P” represents the population as of the year 2000. According to the model, what will the population of the town be in 2010? In approximately what year will the population reach 50,000 people? A. Part A: 11,571 people in 2010 Part B: approx. 22 years B. Part A: 38,416 people in 2010 Part B: approx. 13 years C. Part A: 11,571 people in 2010; Part B: approx. 13 years D. Part A: 38,416 people in 2010; Part B: approx. 22 years
The population of a town is modeled by the equation P=3485e0.12t, where “P” represents the population as of the year 2000. According to the model, what will the population of the town be in 2010? In approximately what year will the population reach 50,000 people? A. Part A: 11,571 people in 2010 Part B: approx. 22 years B. Part A: 38,416 people in 2010 Part B: approx. 13 years C. Part A: 11,571 people in 2010; Part B: approx. 13 years D. Part A: 38,416 people in 2010; Part B: approx. 22 years
Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter2: Systems Of Linear Equations
Section2.2: Direct Methods For Solving Linear Systems
Problem 1BEXP
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The population of a town is modeled by the equation P=3485e0.12t, where “P” represents the population as of the year 2000.
- According to the model, what will the population of the town be in 2010?
- In approximately what year will the population reach 50,000 people?
A. Part A: 11,571 people in 2010
Part B: approx. 22 years
B. Part A: 38,416 people in 2010
Part B: approx. 13 years
C. Part A: 11,571 people in 2010;
Part B: approx. 13 years
D. Part A: 38,416 people in 2010;
Part B: approx. 22 years
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