Problem 1SP: Graph f ( x ) = e x + 1 . Problem 2SP: Suppose $ 1000 is invested at 5 % . Find the balance after 8 yr under the following options. a.... Problem 3SP: Graph y = ln x + 1 . Problem 4SP: Simplify. ln e 2 Problem 5SP: Simplify. − 3 ln 1 Problem 6SP: Solve the equation. ( 3 x ) x − 5 = 1 81 Problem 7SP: Simplify.
7.
Problem 8SP: Write as a single logarithm. 1 4 ln a − ln b + ln c Problem 9SP: Write as a sum or difference of logarithms of x and y . ln ( x 3 y e 2 ) Problem 10SP: Use the change-of-base formula to evaluate log 5 95 by using base 10 . Round to three decimal... Problem 11SP: Use the change-of-base formula to evaluate log 5 95 by using base e . Round to three decimal... Problem 12SP: Use the formula A ( p ) = ln p − 0.000121 ( where A ( p ) is the age in years and p is the percent... Problem 1PE: a. As x becomes increasingly large, the value of ( 1 + 1 x ) x approaches ___________ ≈ 2.71828 . b.... Problem 2PE Problem 3PE Problem 4PE Problem 5PE Problem 6PE: From memory, write a decimal approximation of the number e, correct to three decimal places. Problem 7PE: For Exercises 7–10, graph the equation by completing the table and plotting points. Identify the... Problem 8PE: For Exercises 7–10, graph the equation by completing the table and plotting points. Identify the... Problem 9PE: For Exercises 7–10, graph the equation by completing the table and plotting points. Identify the... Problem 10PE: For Exercises 7–10, graph the equation by completing the table and plotting points. Identify the... Problem 11PE Problem 12PE: For Exercises 11–16, suppose that P dollars in principal is invested at an annual interest rate r.... Problem 13PE Problem 14PE: For Exercises 11–16, suppose that P dollars in principal is invested at an annual interest rate r.... Problem 15PE: For Exercises 11–16, suppose that P dollars in principal is invested at an annual interest rate r.... Problem 16PE: For Exercises 11–16, suppose that P dollars in principal is invested at an annual interest rate r.... Problem 17PE: For Exercises 17–20, graph the equation by completing the table and plotting the points. Identify... Problem 18PE: For Exercises 17–20, graph the equation by completing the table and plotting the points. Identify... Problem 19PE: For Exercises 17–20, graph the equation by completing the table and plotting the points. Identify... Problem 20PE: For Exercises 17–20, graph the equation by completing the table and plotting the points. Identify... Problem 21PE: a. Graph f ( x ) = 10 x and g ( x ) = log x . b. Identify the domain and range of f . c. Identify... Problem 22PE: 22. a. Graph and.
b. Identify the domain and range of.
c. Identify the domain and range of... Problem 23PE: For Exercises 23–30, simplify the expressions. Assume all variables represent positive real numbers.... Problem 24PE: For Exercises 23–30, simplify the expressions. Assume all variables represent positive real... Problem 25PE: For Exercises 23–30, simplify the expressions. Assume all variables represent positive real numbers.... Problem 26PE: For Exercises 23–30, simplify the expressions. Assume all variables represent positive real... Problem 27PE: For Exercises 23–30, simplify the expressions. Assume all variables represent positive real numbers.... Problem 28PE: For Exercises 23–30, simplify the expressions. Assume all variables represent positive real... Problem 29PE: For Exercises 23–30, simplify the expressions. Assume all variables represent positive real... Problem 30PE: For Exercises 23–30, simplify the expressions. Assume all variables represent positive real... Problem 31PE: For Exercises 31–38, write the expression as a single logarithm. Assume all variables represent... Problem 32PE: For Exercises 31–38, write the expression as a single logarithm. Assume all variables represent... Problem 33PE: For Exercises 31–38, write the expression as a single logarithm. Assume all variables represent... Problem 34PE: For Exercises 31–38, write the expression as a single logarithm. Assume all variables represent... Problem 35PE: For Exercises 31–38, write the expression as a single logarithm. Assume all variables represent... Problem 36PE: For Exercises 31–38, write the expression as a single logarithm. Assume all variables represent... Problem 37PE: For Exercises 31–38, write the expression as a single logarithm. Assume all variables represent... Problem 38PE: For Exercises 31–38, write the expression as a single logarithm. Assume all variables represent... Problem 39PE: For Exercises 39–46, write the expression as a sum and/or difference of ln a , ln b , andln c .... Problem 40PE: For Exercises 39–46, write the expression as a sum and/or difference of ln a , ln b , andln c .... Problem 41PE: For Exercises 39–46, write the expression as a sum and/or difference of ln a , ln b , andln c .... Problem 42PE: For Exercises 39–46, write the expression as a sum and/or difference of ln a , ln b , andln c .... Problem 43PE: For Exercises 39–46, write the expression as a sum and/or difference of ln a , ln b , andln c .... Problem 44PE: For Exercises 39–46, write the expression as a sum and/or difference of. Assume all variables... Problem 45PE: For Exercises 39–46, write the expression as a sum and/or difference of. Assume all variables... Problem 46PE: For Exercises 39–46, write the expression as a sum and/or difference of ln a , ln b , andln c .... Problem 47PE Problem 48PE Problem 49PE Problem 50PE Problem 51PE Problem 52PE Problem 53PE: 47. a. Evaluate by computing to four decimal places.
b. Evaluate by computing to four decimal... Problem 54PE: a. Evaluate log 8 120 by computing log 120 log 8 to four decimal places. b. Evaluate log 8 120 by... Problem 55PE: For Exercises 49–60, use the change-of-base formula to approximate the logarithms to four decimal... Problem 56PE: For Exercises 49–60, use the change-of-base formula to approximate the logarithms to four decimal... Problem 57PE: For Exercises 49–60, use the change-of-base formula to approximate the logarithms to four decimal... Problem 58PE: For Exercises 49–60, use the change-of-base formula to approximate the logarithms to four decimal... Problem 59PE: For Exercises 49–60, use the change-of-base formula to approximate the logarithms to four decimal... Problem 60PE: For Exercises 49–60, use the change-of-base formula to approximate the logarithms to four decimal... Problem 61PE: For Exercises 49–60, use the change-of-base formula to approximate the logarithms to four decimal... Problem 62PE Problem 63PE Problem 64PE Problem 65PE Problem 66PE Problem 67PE Problem 68PE: Under continuous compounding, the amount of time t in years required for an investment to double is... Problem 69PE Problem 70PE Problem 71PE Problem 72PE: a. Graph the function defined by f ( x ) = log 7 x by graphing Y 1 = log x log 7 . b. Graph the... Problem 73PE Problem 74PE Problem 75PE Problem 1PRE Problem 2PRE Problem 3PRE Problem 4PRE Problem 5PRE Problem 6PRE Problem 7PRE Problem 8PRE Problem 9PRE Problem 10PRE Problem 11PRE Problem 12PRE Problem 13PRE Problem 14PRE Problem 15PRE Problem 16PRE Problem 17PRE Problem 18PRE Problem 19PRE Problem 20PRE format_list_bulleted