Problem 1ED: Graph fx=2xandgx=x2. For a range value of 4, what are the corresponding domain values for each... Problem 2ED: Discuss how you could find y=log538.25 using either natural or common logarithms on a calculator.... Problem 1MP: Change each logarithmic form to an equivalent exponential form: Alog39=2Blog42=12Clog319=2 Problem 2MP: Change each exponential form to an equivalent logarithmic form: A49=72B3=9C13=31 Problem 3MP: Find y,b,orx, as indicated. AFindy:y=log927BFindx:log3x=1CFindb:logb1,000=3 Problem 4MP: Write in simpler form, as in Example 4. AlogbRSTBlogbRS2/3C2ulog2bDlog2xlog2b Problem 5MP: Find x so that 3logb2+12logb25logb20=logbx. Problem 6MP: Solve: log3x+log3x3=log310 Problem 7MP: Use a calculator to evaluate each to six decimal places: Alog0.013529Bln28.69328Cln0.438 Problem 8MP: Find x to four decimal places, given the indicated logarithm: Alnx=5.062Blogx=2.0821 Problem 9MP: Solve for x to four decimal places: A10x=7Bex=6C4x=5 Problem 10MP: How long (to the next whole year) will it take money to triple if it is invested at 13 compounded... Problem 11MP: Refer to Example 11. Use the model to predict the home ownership rate in the United States in 2030... Problem 1E: For Problems 1-6, rewrite in equivalent exponential form. log327=3 Problem 2E: For Problems 1-6, rewrite in equivalent exponential form. log232=5 Problem 3E: For Problems 1-6, rewrite in equivalent exponential form. log101=0 Problem 4E: For Problems 1-6, rewrite in equivalent exponential form. loge1=0 Problem 5E: For Problems 1-6, rewrite in equivalent exponential form. log48=32 Problem 6E: For Problems 1-6, rewrite in equivalent exponential form. log927=32 Problem 7E: For Problems 7-12, rewrite in equivalent logarithmic form. 49=72 Problem 8E: For Problems 7-12, rewrite in equivalent logarithmic form. 36=62 Problem 9E: For Problems 7-12, rewrite in equivalent logarithmic form. 8=43/2 Problem 10E: For Problems 7-12, rewrite in equivalent logarithmic form. 9=272/3 Problem 11E: For Problems 7-12, rewrite in equivalent logarithmic form. A=bu Problem 12E: For Problems 7-12, rewrite in equivalent logarithmic form. M=bx Problem 13E: In Problems 13-22, evaluate the expression without using a calculator. log101,000,000 Problem 14E: In Problems 13-22, evaluate the expression without using a calculator. log1011,000 Problem 15E: In Problems 13-22, evaluate the expression without using a calculator. log101100,000 Problem 16E: In Problems 13-22, evaluate the expression without using a calculator. log1010,000 Problem 17E: In Problems 13-22, evaluate the expression without using a calculator. log2128 Problem 18E: In Problems 13-22, evaluate the expression without using a calculator. log2164 Problem 19E: In Problems 13-22, evaluate the expression without using a calculator. lne3 Problem 20E Problem 21E: In Problems 13-22, evaluate the expression without using a calculator. eln3 Problem 22E: In Problems 13-22, evaluate the expression without using a calculator. lne1 Problem 23E: For Problems 23-28, write in simpler form, as in Example 4. logbPQ Problem 24E: For Problems 23-28, write in simpler form, as in Example 4. logbFG Problem 25E: For Problems 23-28, write in simpler form, as in Example 4. logbL5 Problem 26E: For Problems 23-28, write in simpler form, as in Example 4. logbw15 Problem 27E: For Problems 23-28, write in simpler form, as in Example 4. 3plog3q Problem 28E: For Problems 23-28, write in simpler form, as in Example 4. log3Plog3R Problem 29E: For Problems 29-38, find x,y, or b without using a calculator. log10x=1. Problem 30E: For Problems 29-38, find x,y, or b without using a calculator. log10x=1 Problem 31E: For Problems 29-38, find x,y, or b without using a calculator. logb64=3 Problem 32E: For Problems 29-38, find x,y, or b without using a calculator. logb125=2 Problem 33E: For Problems 29-38, find x,y, or b without using a calculator. log218=y Problem 34E: For Problems 29-38, find x,y, or b without using a calculator. log497=y Problem 35E: For Problems 29-38, find x,y, or b without using a calculator. logb81=4 Problem 36E: For Problems 29-38, find x,y, or b without using a calculator. logb10,000=2 Problem 37E: For Problems 29-38, find x,y, or b without using a calculator. log4x=32 Problem 38E: For Problems 29-38, find x,y, or b without using a calculator. log8x=53 Problem 39E: In Problems 39-46, discuss the validity of each statement. If the statement is always true, explain... Problem 40E: In Problems 39-46, discuss the validity of each statement. If the statement is always true, explain... Problem 41E: In Problems 39-46, discuss the validity of each statement. If the statement is always true, explain... Problem 42E: In Problems 39-46, discuss the validity of each statement. If the statement is always true, explain... Problem 43E: In Problems 39-46, discuss the validity of each statement. If the statement is always true, explain... Problem 44E: In Problems 39-46, discuss the validity of each statement. If the statement is always true, explain... Problem 45E: In Problems 39-46, discuss the validity of each statement. If the statement is always true, explain... Problem 46E: In Problems 39-46, discuss the validity of each statement. If the statement is always true, explain... Problem 47E: Find x in Problems 47-54. logbx=23logb8+12logb9logb6 Problem 48E: Find x in Problems 47-54. logbx=23logb27+2logb2logb3 Problem 49E: Find x in Problems 47-54. logbx=32logb423logb8+2logb2 Problem 50E: Find x in Problems 47-54. logbx=3logb2+12logb25logb20 Problem 51E: Find x in Problems 47-54. logbx+logbx4=logb21 Problem 52E: Find x in Problems 47-54. logbx+2+logbx=logb24 Problem 53E: Find x in Problems 47-54. log10x1log10x+1=1 Problem 54E: Find x in Problems 47-54. log10x+6log10x3=1 Problem 55E: Graph Problems 55 and 56 by converting to exponential form first. y=log2x2 Problem 56E: Graph Problems 55 and 56 by converting to exponential form first. y=log3x+2 Problem 57E: Explain how the graph of the equation in Problem 55 can be obtained from the graph of y=log2x using... Problem 58E: Explain how the graph of the equation in Problem 56 can be obtained from the graph of y=log3x using... Problem 59E: What are the domain and range of the function defined by y=1+lnx+1 ? Problem 60E: What are the domain and range of the function defined by y=logx11 ? Problem 61E: For Problems 61 and 62, evaluate to five decimal places using a calculator.... Problem 62E: For Problems 61 and62, evaluate to five decimal places using a calculator.... Problem 63E: For Problems 63 and 64, find x to four decimal places.... Problem 64E: For Problems 63 and 64, find x to four decimal places.... Problem 65E: For Problems 65-70, solve each equation to four decimal places. 10x=12 Problem 66E: For Problems 65-70, solve each equation to four decimal places. 10x=153 Problem 67E: For Problems 65-70, solve each equation to four decimal places. ex=4.304 Problem 68E: For Problems 65-70, solve each equation to four decimal places. ex=0.3029 Problem 69E: For Problems 65-70, solve each equation to four decimal places. 1.00512t=3 Problem 70E: For Problems 65-70, solve each equation to four decimal places. 1.024t=2 Problem 71E: Graph Problems 71-78 using a calculator and point-by-point plotting. Indicate increasing and... Problem 72E: Graph Problems 71-78 using a calculator and point-by-point plotting. Indicate increasing and... Problem 73E: Graph Problems 71-78 using a calculator and point-by-point plotting. Indicate increasing and... Problem 74E: Graph Problems 71-78 using a calculator and point-by-point plotting. Indicate increasing and... Problem 75E: Graph Problems 71-78 using a calculator and point-by-point plotting. Indicate increasing and... Problem 76E: Graph Problems 71-78 using a calculator and point-by-point plotting. Indicate increasing and... Problem 77E: Graph Problems 71-78 using a calculator and point-by-point plotting. Indicate increasing and... Problem 78E: Graph Problems 71-78 using a calculator and point-by-point plotting. Indicate increasing and... Problem 79E: Explain why the logarithm of 1 for any permissible base is 0. Problem 80E: Explain why 1 is not a suitable logarithmic base. Problem 81E: Let px=lnx,qx=x,andrx=x. Use a graphing calculator to draw graphs of all three functions in the same... Problem 82E: Let p(x)=logx,qx=x3,andrx=x. Use a graphing calculator to draw graphs of all three functions in the... Problem 83E: Doubling time. In its first 10 years the Gabelli Growth Fund produced an average annual return of... Problem 84E: Doubling time. In its first 10 years the Janus Flexible Income Fund produced an average annual... Problem 85E: Investing. How many years (to two decimal places) will it take $1,000 to grow to $1,800 if it is... Problem 86E: Investing. How many years (to two decimal places) will it take $5,000 to grow to $7,500 if it is... Problem 87E: Continuous compound interest. How many years (to two decimal places) will it take an investment of... Problem 88E: Continuous compound interest. How many years (to two decimal places) will it take an investment of... Problem 89E: Supply and demand. A cordless screwdriver is sold through a national chain of discount stores. A... Problem 90E: Equilibrium point. Use the models constructed in Problem 89 to find the equilibrium point. Write the... Problem 91E: Sound intensity: decibels. Because of the extraordinary range of sensitivity of the human ear (a... Problem 92E: Sound intensity: decibels. Use the formula in Problem 91 withI0=1016W/cm2 to find the decibel... Problem 93E: Agriculture. Table 4 shows the yield (in bushels per acre) and the total production (in millions of... Problem 94E: Agriculture. Refer to Table 4. Find a logarithmic regression model y=a+blnx for the total... Problem 95E: World population. If the world population is now 7.4 billion people and if it continues to grow at... Problem 96E: Archaeology: carbon -14 dating. The radioactive carbon -1414C in an organism at the time of its... format_list_bulleted