The projected value of an investment is modeled by the exponential function V(t)=30,000(1.125)t𝑉(𝑡)=30,000(1.125)𝑡, where V(t)𝑉(𝑡) is the total value after t𝑡 years. What is the percent increase each year for the investment?

Instructions: Interpret the function given in the context of the real-world situation described to answer the question.Suppose a long term investment is modeled by the exponential function V(t)=300(25)t20𝑉(𝑡)=300(25)𝑡20 where V(t)𝑉(𝑡) is the total value after t𝑡 year. What does 300300 represent in the equation?Multiple choice 1 Question 13The interest rateThe growth factorThe initial depositThe number of years

Prakash bought a new car at the dealership for $27,000. It is estimated that the value of the car will decrease 7% each year. Which exponential function models the value v of the car after t years?A.𝑣=27,000(0.93)𝑡v=27,000(0.93) t B.𝑣=27,000(1.3)𝑡v=27,000(1.3) t C.𝑣=27,000(1.03)𝑡v=27,000(1.03) t D.𝑣=27,000(0.3)𝑡v=27,000(0.3) t SUBMITarrow_backPREVIOUS

Given the following exponential function, identify whether the change represents growth or decay, and determine the percentage rate of increase or decrease per unit of xx, to the nearest tenth of a percent.y, equals, 400, e, start superscript, 0, point, 1, 1, 5, x, end superscripty=400e 0.115x

Each year, the value of an investment increases by0.49% of its value the previous year. Which of thefollowing functions best models how the value of theinvestment changes over time?A) Decreasing exponentialB) Decreasing linearC) Increasing exponentialD) Increasing linea

A firm projects its profit to Ksh. 350,000 for the first month, Ksh. 700,000 for the second month, Ksh. 1,050,000 for the third month and so on. What will be the total projected profit at the end of 1141 41​ years?