Exam 4: Exponential and Logarithmic Functions

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The approximate lengths and diameters (in inches) of common nails are shown in the table.Find a logarithmic equation that relates the diameter The approximate lengths and diameters (in inches) of common nails are shown in the table.Find a logarithmic equation that relates the diameter   of a common nail to its length      of a common nail to its length The approximate lengths and diameters (in inches) of common nails are shown in the table.Find a logarithmic equation that relates the diameter   of a common nail to its length      The approximate lengths and diameters (in inches) of common nails are shown in the table.Find a logarithmic equation that relates the diameter   of a common nail to its length      The approximate lengths and diameters (in inches) of common nails are shown in the table.Find a logarithmic equation that relates the diameter   of a common nail to its length

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Match the function below with its graph. Match the function below with its graph.   Graph I :   Graph IV:   Graph II:   Graph V:   Graph III:  Graph I : Match the function below with its graph.   Graph I :   Graph IV:   Graph II:   Graph V:   Graph III:  Graph IV: Match the function below with its graph.   Graph I :   Graph IV:   Graph II:   Graph V:   Graph III:  Graph II: Match the function below with its graph.   Graph I :   Graph IV:   Graph II:   Graph V:   Graph III:  Graph V: Match the function below with its graph.   Graph I :   Graph IV:   Graph II:   Graph V:   Graph III:  Graph III: Match the function below with its graph.   Graph I :   Graph IV:   Graph II:   Graph V:   Graph III:

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Estimate the percentage of radioactive material that remains in a sample after 5 years if the half-life of the material is 299 days.Round to the nearest hundredth of a percent.

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Write the exponential equation Write the exponential equation   in its logarithmic form. in its logarithmic form.

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The U.S.annual gross domestic product G (in billions of dollars) from 1985 through 2009 can be modeled by The U.S.annual gross domestic product G (in billions of dollars) from 1985 through 2009 can be modeled by   where   represents the year, with   corresponding to 1985 (Source: U.S.Bureau of Economics Analysis) (a) Use a graphing utility to graph G for the years 1985 through 2009. (b) Use the graph from part (a) to estimate the gross domestic product in 1990,2000 and 2009. where The U.S.annual gross domestic product G (in billions of dollars) from 1985 through 2009 can be modeled by   where   represents the year, with   corresponding to 1985 (Source: U.S.Bureau of Economics Analysis) (a) Use a graphing utility to graph G for the years 1985 through 2009. (b) Use the graph from part (a) to estimate the gross domestic product in 1990,2000 and 2009. represents the year, with The U.S.annual gross domestic product G (in billions of dollars) from 1985 through 2009 can be modeled by   where   represents the year, with   corresponding to 1985 (Source: U.S.Bureau of Economics Analysis) (a) Use a graphing utility to graph G for the years 1985 through 2009. (b) Use the graph from part (a) to estimate the gross domestic product in 1990,2000 and 2009. corresponding to 1985 (Source: U.S.Bureau of Economics Analysis) (a) Use a graphing utility to graph G for the years 1985 through 2009. (b) Use the graph from part (a) to estimate the gross domestic product in 1990,2000 and 2009.

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Find the inverse function informally Find the inverse function informally   Verify that   and  Verify that Find the inverse function informally   Verify that   and  and Find the inverse function informally   Verify that   and

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Solve the exponential equation algebraically.Approximate the result to three decimal places. Solve the exponential equation algebraically.Approximate the result to three decimal places.

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Condense the expression Condense the expression   to the logarithm of a single term. to the logarithm of a single term.

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Find the inverse function of the function f given by the set of ordered pairs. Find the inverse function of the function f given by the set of ordered pairs.

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Solve Solve   for x. for x.

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Find the exact value of Find the exact value of   without using a calculator. without using a calculator.

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Sketch the graph of the function Sketch the graph of the function

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Evaluate the logarithm Evaluate the logarithm   without using a calculator. without using a calculator.

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Find the balance if $27,000 is invested at an annual rate of 6.5% for 4 years, compounded continuously.

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Use the properties of logarithms to simplify the logarithmic expression below. Use the properties of logarithms to simplify the logarithmic expression below.

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A stock analyst attempts to express the price p of a share of XYZ stock as an exponentially increasing function of the time since XYZ's initial public offering (IPO): A stock analyst attempts to express the price p of a share of XYZ stock as an exponentially increasing function of the time since XYZ's initial public offering (IPO):   , where m is the number of months since the IPO.The price of a share was $10.00 at the time of the IPO and $13.60 four months after the IPO.What is the approximate value of k? Round to the nearest thousandth. , where m is the number of months since the IPO.The price of a share was $10.00 at the time of the IPO and $13.60 four months after the IPO.What is the approximate value of k? Round to the nearest thousandth.

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The chemical acidity of a solution is measured in units of pH: The chemical acidity of a solution is measured in units of pH:   , where [H<sup>+</sup>] is the hydrogen ion concentration in the solution.What is [H<sup>+</sup>] if the  , where [H+] is the hydrogen ion concentration in the solution.What is [H+] if the The chemical acidity of a solution is measured in units of pH:   , where [H<sup>+</sup>] is the hydrogen ion concentration in the solution.What is [H<sup>+</sup>] if the

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Write the logarithmic equation Write the logarithmic equation   in exponential form. in exponential form.

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Determine whether Determine whether   Justify your answer. Justify your answer.

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The present value of money is the principal The present value of money is the principal   you need to invest today so that it will grow to an amount   at the end of specified time.The present value formula   is obtained by solving the compound interest formula   for   Recall that   is the number of years,   is the interest rate per year, and   is the number of compoundings per year.find the present value of amount   invested at rate   for   years, compounded   times per year.  you need to invest today so that it will grow to an amount The present value of money is the principal   you need to invest today so that it will grow to an amount   at the end of specified time.The present value formula   is obtained by solving the compound interest formula   for   Recall that   is the number of years,   is the interest rate per year, and   is the number of compoundings per year.find the present value of amount   invested at rate   for   years, compounded   times per year.  at the end of specified time.The present value formula The present value of money is the principal   you need to invest today so that it will grow to an amount   at the end of specified time.The present value formula   is obtained by solving the compound interest formula   for   Recall that   is the number of years,   is the interest rate per year, and   is the number of compoundings per year.find the present value of amount   invested at rate   for   years, compounded   times per year.  is obtained by solving the compound interest formula The present value of money is the principal   you need to invest today so that it will grow to an amount   at the end of specified time.The present value formula   is obtained by solving the compound interest formula   for   Recall that   is the number of years,   is the interest rate per year, and   is the number of compoundings per year.find the present value of amount   invested at rate   for   years, compounded   times per year.  for The present value of money is the principal   you need to invest today so that it will grow to an amount   at the end of specified time.The present value formula   is obtained by solving the compound interest formula   for   Recall that   is the number of years,   is the interest rate per year, and   is the number of compoundings per year.find the present value of amount   invested at rate   for   years, compounded   times per year.  Recall that The present value of money is the principal   you need to invest today so that it will grow to an amount   at the end of specified time.The present value formula   is obtained by solving the compound interest formula   for   Recall that   is the number of years,   is the interest rate per year, and   is the number of compoundings per year.find the present value of amount   invested at rate   for   years, compounded   times per year.  is the number of years, The present value of money is the principal   you need to invest today so that it will grow to an amount   at the end of specified time.The present value formula   is obtained by solving the compound interest formula   for   Recall that   is the number of years,   is the interest rate per year, and   is the number of compoundings per year.find the present value of amount   invested at rate   for   years, compounded   times per year.  is the interest rate per year, and The present value of money is the principal   you need to invest today so that it will grow to an amount   at the end of specified time.The present value formula   is obtained by solving the compound interest formula   for   Recall that   is the number of years,   is the interest rate per year, and   is the number of compoundings per year.find the present value of amount   invested at rate   for   years, compounded   times per year.  is the number of compoundings per year.find the present value of amount The present value of money is the principal   you need to invest today so that it will grow to an amount   at the end of specified time.The present value formula   is obtained by solving the compound interest formula   for   Recall that   is the number of years,   is the interest rate per year, and   is the number of compoundings per year.find the present value of amount   invested at rate   for   years, compounded   times per year.  invested at rate The present value of money is the principal   you need to invest today so that it will grow to an amount   at the end of specified time.The present value formula   is obtained by solving the compound interest formula   for   Recall that   is the number of years,   is the interest rate per year, and   is the number of compoundings per year.find the present value of amount   invested at rate   for   years, compounded   times per year.  for The present value of money is the principal   you need to invest today so that it will grow to an amount   at the end of specified time.The present value formula   is obtained by solving the compound interest formula   for   Recall that   is the number of years,   is the interest rate per year, and   is the number of compoundings per year.find the present value of amount   invested at rate   for   years, compounded   times per year.  years, compounded The present value of money is the principal   you need to invest today so that it will grow to an amount   at the end of specified time.The present value formula   is obtained by solving the compound interest formula   for   Recall that   is the number of years,   is the interest rate per year, and   is the number of compoundings per year.find the present value of amount   invested at rate   for   years, compounded   times per year.  times per year. The present value of money is the principal   you need to invest today so that it will grow to an amount   at the end of specified time.The present value formula   is obtained by solving the compound interest formula   for   Recall that   is the number of years,   is the interest rate per year, and   is the number of compoundings per year.find the present value of amount   invested at rate   for   years, compounded   times per year.

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