SOLUTION: The function C(t)=C0(1+r)t models the rise in the cost of a product that has a cost of C0 today, subject to an average yearly inflation rate of r for t years. If the average annua

Algebra.Com
Question 1198082: The function C(t)=C0(1+r)t models the rise in the cost of a product that has a cost of C0 today, subject to an average yearly inflation rate of r for t years. If the average annual rate of inflation over the next 8 years is assumed to be 1.5%, what will the inflation-adjusted cost of a $356 airline ticket be in 8 years? Round to two decimal places.
Answer by ikleyn(52781)   (Show Source): You can put this solution on YOUR website!
.

It will be

     =  = 401.03 dollars.    ANSWER

Solved.



RELATED QUESTIONS

The function C(t)=C(1+r)t models the rise in the cost of a product that has a cost of C... (answered by Boreal)
Given the inflation model C(t)=C0(1+r)t and given that a can of soup that currently sells (answered by ikleyn)
Ok so I have an exponential and log functions activity and I am stuck on 1 problem. I... (answered by josgarithmetic)
How to use the C(t) = Co e ^(-rt) formula? Here is some background information... (answered by Alan3354)
The concentration of a drug in the body fluids is given by C=C0*e^−0.8t, where C0 is... (answered by josgarithmetic)
Drug Concentration. When a pharmaceutical drug is injected into the bloodstream, it's... (answered by josgarithmetic)
The remaining concentration of a drug in a person’s bloodstream is modeled by the... (answered by Theo)
The remaining concentration of a drug in a person’s bloodstream is modeled by the... (answered by math_tutor2020,josgarithmetic)
Write a system of three equations to solve applied problems The concentration of... (answered by Alan3354)