Instructions: Interpret the function given in the context of the real-world situation described to answer the question.The projected value of an investment is modeled by the exponential function V(t)=25,000(1.115)t𝑉(𝑡)=25,000(1.115)𝑡, where V(t)𝑉(𝑡) is the total value after t𝑡 years. What is the percent increase each year for the investment?Answer 1 Question 14 %

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

The projected value (in millions of dollars) of a large manufacturing company is modeled by the function V(t)=230(1.12)t𝑉(𝑡)=230(1.12)𝑡, where V(t)𝑉(𝑡) is the value of the company t𝑡 years after 2018. What does 230230 represent in the function?

Subscriptions to a popular newspaper have gone down by a consistent percentage each year and can be modeled by the function y=42,000(0.96)t𝑦=42,000(0.96)𝑡. What does the value 42,00042,000 represent in the function?

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