The population of a city is 150,000. The city declines continuously by 4% per year. If this trend continues, in how many years will the city be losing 3,200 people per year? It will be in approximtely (If necessary, round to nearest tenth of a year.) years. A patient is adminstered a dose of 60 mg of a drug. If the body naturally disposes of 4% of the hour, how quickly will the amount of the drug be changing (in mg/hr) 6 hours after ingestion? It will be changing at a rate of mg/hr. Round to two decimal places. In the 2000 U.S. Census, a small city had a population of 45,000. By 2010, the population 62,594. If the city grows continuously by the same percent each year, when will the popula rate of 3,200 people per year? It will be approximately years after 2000. (If necessary, round to nearest tenth of a year.)
The population of a city is 150,000. The city declines continuously by 4% per year. If this trend continues, in how many years will the city be losing 3,200 people per year? It will be in approximtely (If necessary, round to nearest tenth of a year.) years. A patient is adminstered a dose of 60 mg of a drug. If the body naturally disposes of 4% of the hour, how quickly will the amount of the drug be changing (in mg/hr) 6 hours after ingestion? It will be changing at a rate of mg/hr. Round to two decimal places. In the 2000 U.S. Census, a small city had a population of 45,000. By 2010, the population 62,594. If the city grows continuously by the same percent each year, when will the popula rate of 3,200 people per year? It will be approximately years after 2000. (If necessary, round to nearest tenth of a year.)
College Algebra (MindTap Course List)
12th Edition
ISBN:9781305652231
Author:R. David Gustafson, Jeff Hughes
Publisher:R. David Gustafson, Jeff Hughes
Chapter8: Sequences, Series, And Probability
Section8.4: Geometric Sequences And Series
Problem 6SC
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Transcribed Image Text:The population of a city is 150,000. The city declines continuously by 4% per year.
If this trend continues, in how many years will the city be losing 3,200 people per year?
It will be in approximtely
(If necessary, round to nearest tenth of a year.)
years.
A patient is adminstered a dose of 60 mg of a drug. If the body naturally disposes of 4% of the dru
hour, how quickly will the amount of the drug be changing (in mg/hr) 6 hours after ingestion?
It will be changing at a rate of
mg/hr. Round to two decimal places.
In the 2000 U.S. Census, a small city had a population of 45,000. By 2010, the population had
62,594. If the city grows continuously by the same percent each year, when will the population
rate of 3,200 people per year?
It will be approximately
years after 2000.
(If necessary, round to nearest tenth of a year.)
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