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. The daily amount of smog produced by cars coming into a city is given by y = 2 + 0.01x3/2, where y is smog concentration in ppm and x is the number of cars in the thousands. The number of cars coming into the city is increasing at the rate of 250 per day. Find the rate at which the smog concentration will be changing when 225,000 cars are coming into the city. A new disease that affects hirch trees is introduced into a locality

. The daily amount of smog produced by cars coming into a city is given by y = 2 + 0.01x3/2, where y is smog concentration in ppm and x is the number of cars in the thousands. The number of cars coming into the city is increasing at the rate of 250 per day. Find the rate at which the smog concentration will be changing when 225,000 cars are coming into the city. A new disease that affects hirch trees is introduced into a locality

Algebra & Trigonometry with Analytic Geometry
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter5: Inverse, Exponential, And Logarithmic Functions
Section: Chapter Questions
Problem 18T
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1. The daily amount of smog produced by cars coming into a city is given by y = 2 + 0.01x3/2, where y is smog concentration in ppm and x is the number of cars in the thousands. The number of cars coming into the city is increasing at the rate of 250 per day. Find the rate at which the smog concentration will be changing when 225,000 cars are coming into the city. 2. A new disease that affects birch trees is introduced into a locality, and t years later the proportion of birches that have the disease is t²+8t+2 y = What was the maximum proportion of birches that 4t²+24 contracted the disease?
Transcribed Image Text:1. The daily amount of smog produced by cars coming into a city is given by y = 2 + 0.01x3/2, where y is smog concentration in ppm and x is the number of cars in the thousands. The number of cars coming into the city is increasing at the rate of 250 per day. Find the rate at which the smog concentration will be changing when 225,000 cars are coming into the city. 2. A new disease that affects birch trees is introduced into a locality, and t years later the proportion of birches that have the disease is t²+8t+2 y = What was the maximum proportion of birches that 4t²+24 contracted the disease?
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