Exam 5: Exponential and Logarithmic Functions

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If the temperature is constant, then the atmospheric pressure P (in pounds/square inch) varies with the altitude above sea level h in accordance with the law If the temperature is constant, then the atmospheric pressure P (in pounds/square inch) varies with the altitude above sea level h in accordance with the law   where   is the atmospheric pressure at sea level and k is a constant. If the atmospheric pressure is   at sea level and   at 5,000 ft, how fast is the atmospheric pressure changing with respect to altitude at an altitude of 15,000 ft? Give the answer to four decimal places. where If the temperature is constant, then the atmospheric pressure P (in pounds/square inch) varies with the altitude above sea level h in accordance with the law   where   is the atmospheric pressure at sea level and k is a constant. If the atmospheric pressure is   at sea level and   at 5,000 ft, how fast is the atmospheric pressure changing with respect to altitude at an altitude of 15,000 ft? Give the answer to four decimal places. is the atmospheric pressure at sea level and k is a constant. If the atmospheric pressure is If the temperature is constant, then the atmospheric pressure P (in pounds/square inch) varies with the altitude above sea level h in accordance with the law   where   is the atmospheric pressure at sea level and k is a constant. If the atmospheric pressure is   at sea level and   at 5,000 ft, how fast is the atmospheric pressure changing with respect to altitude at an altitude of 15,000 ft? Give the answer to four decimal places. at sea level and If the temperature is constant, then the atmospheric pressure P (in pounds/square inch) varies with the altitude above sea level h in accordance with the law   where   is the atmospheric pressure at sea level and k is a constant. If the atmospheric pressure is   at sea level and   at 5,000 ft, how fast is the atmospheric pressure changing with respect to altitude at an altitude of 15,000 ft? Give the answer to four decimal places. at 5,000 ft, how fast is the atmospheric pressure changing with respect to altitude at an altitude of 15,000 ft? Give the answer to four decimal places.

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Express the equation in logarithmic form. Express the equation in logarithmic form.

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Sketch the graphs of the given functions on the same axes. Sketch the graphs of the given functions on the same axes.

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The concentration of a drug in an organ at any time t (in seconds) is given by The concentration of a drug in an organ at any time t (in seconds) is given by   where C(t) is measured in milligrams/cubic centimeter   . What is the initial concentration of the drug in the organ? __________   What is the concentration to four decimal places of the drug in the organ after 10 sec? __________   What is the concentration to four decimal places of the drug in the organ after 30 sec? __________   What will be the concentration of the drug in the long run? __________  where C(t) is measured in milligrams/cubic centimeter The concentration of a drug in an organ at any time t (in seconds) is given by   where C(t) is measured in milligrams/cubic centimeter   . What is the initial concentration of the drug in the organ? __________   What is the concentration to four decimal places of the drug in the organ after 10 sec? __________   What is the concentration to four decimal places of the drug in the organ after 30 sec? __________   What will be the concentration of the drug in the long run? __________  . What is the initial concentration of the drug in the organ? __________ The concentration of a drug in an organ at any time t (in seconds) is given by   where C(t) is measured in milligrams/cubic centimeter   . What is the initial concentration of the drug in the organ? __________   What is the concentration to four decimal places of the drug in the organ after 10 sec? __________   What is the concentration to four decimal places of the drug in the organ after 30 sec? __________   What will be the concentration of the drug in the long run? __________  What is the concentration to four decimal places of the drug in the organ after 10 sec? __________ The concentration of a drug in an organ at any time t (in seconds) is given by   where C(t) is measured in milligrams/cubic centimeter   . What is the initial concentration of the drug in the organ? __________   What is the concentration to four decimal places of the drug in the organ after 10 sec? __________   What is the concentration to four decimal places of the drug in the organ after 30 sec? __________   What will be the concentration of the drug in the long run? __________  What is the concentration to four decimal places of the drug in the organ after 30 sec? __________ The concentration of a drug in an organ at any time t (in seconds) is given by   where C(t) is measured in milligrams/cubic centimeter   . What is the initial concentration of the drug in the organ? __________   What is the concentration to four decimal places of the drug in the organ after 10 sec? __________   What is the concentration to four decimal places of the drug in the organ after 30 sec? __________   What will be the concentration of the drug in the long run? __________  What will be the concentration of the drug in the long run? __________ The concentration of a drug in an organ at any time t (in seconds) is given by   where C(t) is measured in milligrams/cubic centimeter   . What is the initial concentration of the drug in the organ? __________   What is the concentration to four decimal places of the drug in the organ after 10 sec? __________   What is the concentration to four decimal places of the drug in the organ after 30 sec? __________   What will be the concentration of the drug in the long run? __________

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Find the nominal interest rate that, when compounded monthly, yields an effective interest rate of 6% / year.

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Evaluate the expression. Evaluate the expression.

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Find the derivative of the function. Find the derivative of the function.

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Find the derivative of the function. Find the derivative of the function.

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Find the derivative of the function. Find the derivative of the function.

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Find the derivative of the function. Find the derivative of the function.

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According to data obtained from the CBO, the total federal debt (in trillions of dollars) from 2001 through 2006 is given by According to data obtained from the CBO, the total federal debt (in trillions of dollars) from 2001 through 2006 is given by     where t is measured in years, with   corresponding to 2001.How fast was the total federal debt increasing in 2002? round answer to three decimal places. According to data obtained from the CBO, the total federal debt (in trillions of dollars) from 2001 through 2006 is given by     where t is measured in years, with   corresponding to 2001.How fast was the total federal debt increasing in 2002? round answer to three decimal places. where t is measured in years, with According to data obtained from the CBO, the total federal debt (in trillions of dollars) from 2001 through 2006 is given by     where t is measured in years, with   corresponding to 2001.How fast was the total federal debt increasing in 2002? round answer to three decimal places. corresponding to 2001.How fast was the total federal debt increasing in 2002? round answer to three decimal places.

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Use logarithms to solve the equation for t. Use logarithms to solve the equation for t.

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Solve the equation for x. Solve the equation for x.

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Find the derivative of the function. Find the derivative of the function.

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Find the interest rate needed for an investment of $4,000 to grow to an amount of $8,500 in 2 year(s) if interest is compounded monthly.Round your answer to the nearest hundredth. __________%

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Find the accumulated amount after 3 year(s) if $6,000 is invested at 8% compounded continuously.

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The U.S.population is approximated by the function The U.S.population is approximated by the function   , where P(t) is measured in millions of people and t is measured in 30-year intervals, with t = 0 corresponding to 1930.What is the expected population of the United States in 2050 (t = 4)? Round your answer to one decimal place. __________ million , where P(t) is measured in millions of people and t is measured in 30-year intervals, with t = 0 corresponding to 1930.What is the expected population of the United States in 2050 (t = 4)? Round your answer to one decimal place. __________ million

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Find the nominal interest rate that, when compounded continuously, yields an effective interest rate of 20% / year.

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Use the curve-sketching guideline, to select the graph of the function. Use the curve-sketching guideline, to select the graph of the function.

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Find the second derivative of the function. Find the second derivative of the function.

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