A young perchild with no initial funding invests k dollars per year at an annual price of return r. Assume that investments are made continuously and that the rerevolve is compounded consistently.c.If k = $2000/year, identify the rerotate rate r that must be obtained to have $1 million available in 40 years.




You are watching: A young person with no initial capital invests k


BUY
1 Prerequisites2 Equations And Inequalities3 Functions4 Linear Functions5 Polynomial And Rational Functions6 Exponential And Logarithmic Functions7 Systems Of Equations And Inequalities8 Analytic Geometry9 Sequences, Probcapability And Counting Theoryexpand_more
6.1 Exponential Functions6.2 Graphs Of Exponential Functions6.3 Logarithmic Functions6.4 Graphs Of Logarithmic Functions6.5 Logarithmic Properties6.6 Exponential And Logarithmic Equations6.7 Exponential And Logarithmic Models6.8 Fitting Exponential Models To DataChapter Questionsexpand_more


See more: Which One Of The Following Accounts Below Would Likely Be Included In A Deferral Adjusting Entry?

Problem 1RE: Determine whether the function y=156(0.825)t represents exponential development exponential degeneration,...Problem 2RE: The populace of a herd of deer is stood for bythe attribute A(t)=205(1.13)t , where tis offered...Problem 3RE: Find an exponential equation that passes via the points (2,2.25) and (5,60.75).Problem 4RE: Determine whether Table 1 could recurrent a role that is direct, exponential, or neither. If it...Problem 5RE: A retirement account is opened via an initialdeposit of 8,500 and also earns 8.12 interest compounded...Problem 6RE: Hsu-Mei wants to save 5,000 for a dvery own paymenton a auto. To the nearest dollar, just how much will certainly sheneed...Problem 7RE: Does the equation y=2.294e0.654t representcontinuous development, continuous decay, or neither?Exsimple.Problem 8RE: Suppose an investment account is opened through aninitial deposit of 10,500 earning 6.25...Problem 9RE: Graph the feature f(x)=3.5(2)x. State the domainand also range and offer the y-intercept.Problem 10RE: Graph the feature f(x)=4(18)x and its reflectionabout the y-axis on the same axes,...Problem 11RE: The graph of f(x)=6.5x is reflected around the y-axis and extended vertically by a aspect of 7. What...Problem 12RE: The graph below shows changes of the graph of f(x)=2x. What is the equation for the...Problem 13RE: Recreate log17(4913)=x as an indistinguishable exponentialequation.Problem 14RE: Recreate ln(s)=t as an equivalent exponentialequation.Problem 15RE: Recreate a25=b as an identical logarithmicequation.Problem 16RE: Recreate e3.5=h as an tantamount logarithmicequation.Problem 17RE: Solve for xlog64(x)=(13) to exponential develop.Problem 18RE: Evaluate log5(1125) without using a calculator.Problem 19RE: Evaluate log(0.000001) without making use of a calculator.Problem 20RE: Evaluate log(4.005) making use of a calculator. Round to thenearemainder thousandth.Problem 21RE: Evaluate ln(e0.8648) without making use of a calculator.Problem 22RE: Evaluate ln(183) using a calculator. Round to thenearest thousandth.Problem 23RE: Graph the attribute g(x)=log(7x+21)4.Problem 24RE: Graph the function h(x)=2ln(93x)+1.Problem 25RE: State the domajor, vertical asymptote, and endhabits of the attribute g(x)=ln(4x+20)17.Problem 26RE: Rewrite ln(7r11st) in broadened develop.Problem 27RE: Rewrite log8(x)+log8(5)+log8(y)+log8(13) incompact create.Problem 28RE: Recompose logm(6783) in increased form.Problem 29RE: Recompose ln(z)ln(x)ln(y) in compact form.Problem 30RE: Recreate ln(1x5) as. a product.Problem 31RE: Rewrite logy(112) as a solitary logarithm.Problem 32RE: Use properties of logarithm to expand also log(r2s11t14).Problem 33RE: Use properties of logarithms to expand ln(2bb+1b1)Problem 34RE: Conthick the expression 5ln(b)+ln(c)+ln(4a)2 to a solitary logarithm.Problem 35RE: Conthick the expression 3log7v+6log7wlog7u3 to a single logarithm.Problem 36RE: Rewrite log3(12.75) to base e.Problem 37RE: Recompose 512x17=125 as a logarithm.Then applythe readjust ofbase formula to solve for x using theprevalent...Problem 38RE: Solve 2163x216x=363x+2 by recreating each sidevia a prevalent base.Problem 39RE: Solve 125(1625)x3=53 by rewriting each side through a widespread base.Problem 40RE: Use logarithms to find the precise solution for 7179x7=49. If there is no solution, compose nosolution.Problem 41RE: Use logarithms to discover the precise solution for 3e6n2+1=60. If there is no solution, compose nosolution.Problem 42RE: Find the specific solution for 5e3x4=6. If tright here isno solution, compose no solution.Problem 43RE: Find the exact solution for 2e5x29=56. Ifthere is no solution, compose no solution.Problem 44RE: Find the specific solution for 52x3=7x+1. Ifthere isno solution, write no solution.Problem 45RE: Find the exact solution for e2xex110=0. Iftright here is no solution, compose no solution.Problem 46RE: Use the meaning of a logarithm to settle. 5log7(10n)=5.Problem 47RE: Use the definition of a logarithm to find the exactsolution for 9+6ln(a+3)=33.Problem 48RE: Use the one-to-one property of logarithms to uncover a specific solution for log8(7)+log8(4x)=log(5). If...Problem 49RE: Use the one-to-one home oflogarithms to finda specific solution for ln(5)+ln(5x25)=ln(56). Ifthere...Problem 50RE: The formula for measuring sound intensity indecibels D is characterized by the equation D=10log (II0),...Problem 51RE: The populace of a city is modeled by the equation P(t)=256,114e0.25t wbelow t is measured in years....Problem 52RE: Find the inverse feature f1 for the exponential attribute f(x)=2ex+15.Problem 53RE: Find the inverse attribute f1 for the logarithmicattribute f(x)=0.25log2(x3+1).Problem 54RE: For the adhering to exercises, use this scenario: A physician prescribes 300 milligrams of a therapeutic...Problem 55RE: For the complying with exercises, usage this scenario: A doctor prescribes 300 milligrams of a therapeutic...Problem 56RE: For the following exercises, use this scenario: A soup through an inner temperature of 350...Problem 57RE: For the adhering to exercises, usage this scenario: A soup with an internal temperature of 350...Problem 58RE: For the following exercises, use this scenario: The equation N(t)=12001+199e0.625t models the number...Problem 59RE: For the complying with exercises, usage this scenario: The equation N(t)=12001+199e0.625t models the number...Problem 60RE: For the following exercises, use this scenario: The equation N(t)=12001+199e0.625t models the number...Problem 61RE: For the complying with exercises, enter the information from each table into a graphing calculator and also graph the...Problem 62RE: For the complying with exercises, enter the data from each table right into a graphing calculator and graph the...Problem 63RE: For the adhering to exercises, enter the data from each table right into a graphing calculator and also graph the...Problem 64RE: What is the moving capacity for a populace modeled by the logistic equation...Problem 65RE: The populace of a culture of bacteria is modeled by the logistic equation P(t)=14,2501+29e0.62t...Problem 66RE: For the adhering to exercises, usage a graphing energy to produce a scatter diagram of the data provided in...Problem 67RE: For the complying with exercises, usage a graphing energy to develop a scatter diagram of the information given in...Problem 68RE: For the complying with exercises, usage a graphing utility to develop a scatter diagram of the information given in...Problem 1PT: The populace of a pad of bottlenose dolphins ismodeled by the function A(t)=8(1.17)t, wbelow...Problem 2PT: Find an exponential equation that passes throughthe points (0,4) and (2,9).Problem 3PT: Drew wants to conserve 2,500 to go to the nextWorld Cup. To the nearest dollar, how much willhe have to...Problem 4PT: An investment account was opened up through aninitial deposit of 9,600 and also earns 7.4 interemainder,compounded...Problem 5PT: Graph the function f(x)=5(0.5)x and its reflectionacross the y-axis on the very same axes, and provide...Problem 6PT: The graph listed below shows revolutions of thegraph of f(x)=(12)x. What is the equation for...Problem 7PT: Recompose log8.5(614.125)=a as an equivalentexponential equation.Problem 8PT: Rewrite e12=m as an equivalent logarithmicequation.Problem 9PT: Solve for x by converting the logarithmic equation log17(x)=2 to exponential create.Problem 10PT: Evaluate log(10,000,000) without using a calculator.Problem 11PT: Evaluate ln(0.716) using a calculator. Round to thenearemainder thousandth.Problem 12PT: Graph the attribute g(x)=log(126x)+3.Problem 13PT: State the domajor, vertical asymptote, and endbehavior of the function f(x)=log5(3913x)+7.Problem 14PT: Recompose log(17a2b) as a sum.Problem 15PT: Recompose logt(96)logt(8) in compact develop.Problem 16PT: Rewrite log8(a16) as a product.Problem 17PT: Use properties of logarithm to expand ln(y3z2x43).Problem 18PT: Conthick the expression 4ln(c)+ln(d)+ln(a)3+ln(b+3)3 to a singlelogarithmProblem 19PT: Recompose 163x5=1000 as a logarithm. Then applythe adjust of base formula to settle for x using...Problem 20PT: Solve (181)x1243=(19)3x1 recreating eachside with a common base.Problem 21PT: Use logarithm to uncover the exact solution for 9e10a85=41. If tbelow is no solution, writeno solution.Problem 22PT: Find the precise solution for 10e4x+2+5=56. If thereis no solution, write no solution.Problem 23PT: Find the precise solution for 5e4x14=64. Ifthere is no solution, compose no solution.Problem 24PT: Find the precise solution for 2x3=62x1. If tright here isno solution, write no solution.Problem 25PT: Find the specific solution for e2xex72=0. If thereis no solution, write no solution.Problem 26PT: Use the interpretation ofa logarithm to uncover the exactsolution for 4log(2n)7=11.Problem 27PT: Use the one-to-one property of logarithms to find anspecific solution for log(4x210)+log(3)=log(51) If...Problem 28PT: The formula for measuring sound intensityin decibels D is defined by the equation D=10log(II0) wright here...Problem 29PT: A radiation safety and security officer is functioning through 112 grams of a radioactive substance. After 17 days,...Problem 30PT: Write the formula discovered in the previous exerciseas an tantamount equation with base e. Express...Problem 31PT: A bottle of soda with a temperature of 71 Fahrenheit was taken off a shelf and inserted ina...Problem 32PT: The populace of a wildlife habitat is modeledby the equation P(t)=3601+6.2e0.35t wright here t isprovided...Problem 33PT: Get in the information from Table 2 into a graphing calculator and graph the ranking scatter plot. Determine...Problem 34PT: The populace of a lake of fish is modeled by the logistic equation P(t)=16,1201+25e0.75t, wright here t...Problem 35PT: Problem 36PT: Problem 37PT: format_list_bulleted