Answer:
Step-by-step explanation:
Multiply both sides of the equation by -1:
Now, you can Factor the quadratic equation to solve it:
Choose two number that when you multiply them you get -12 and when you add them you get -1. These numbers are: -4 and 3
Therefore, you get:
61122122061 miles
We can use an equation to find how much miles she would drive in one hour, then multiply by 111111 hours:
183183183/333 = 550099.65
550099.65 * 111111 = 61122122061 miles
2. Less than 1 liter
3. Less than 1 liter
4. Less than 1 liter
5. More than 1 liter
6. Less than 1 liter
Glad I could help, and good luck!
AnonymousGiantsFan
Given that the value of the bought car depreciates by 14%, its value is only 86% of its value from the previous year. With the known equation,
V = P x (1-d)^n
Where V is the current value, P is the original value, d is the depreciation rate, and n is the number of years. Substituting,
V = ($17,440) x (1 - 0.14)^6
= $7055.65
Thus, after 6 years, the car would only be $7055.65.