Answer:
$6770.65
Explanation:
The purchase price is $20,300
The depreciation rate is 9.5% per year, in decimal, that is:
9.5/100 = 0.095
We want to find the value of car after 11 years. We will use the compound decay formula:
![F=P(1-r)^t](https://img.qammunity.org/2020/formulas/mathematics/middle-school/gr5gjckb1ufyzaqg4ieyzqxeh0r8kz3er4.png)
Where
F is the future value (what we want to find after 11 years)
P is the present value, purchase price (20,300 given)
r is the rate of depreciation (r = 0.095)
t is the time in years ( t = 11)
Substituting, we solve for F:
![F=P(1-r)^t\\F = 20,300(1-0.095)^(11)\\F=20,300(0.905)^(11)\\F=6770.65](https://img.qammunity.org/2020/formulas/mathematics/middle-school/gv7c5d6rpdy8qen42pf4qniefq4hx9nah8.png)
Thus,
The value of the car would be around $6770.65, after 11 years