Mike took out a $30,000 loan with a 7% annual interest rate. each month he pays 2% of the balance of the loan. which equation gives the approximate amount, a(x), he has left to pay on his loan at the end of each year as a function of x, the number of years since he took out the loan? a(x) ≈ 30,000(0.91)x2 a(x) ≈ 30,000 + (0.785)x3 a(x) ≈ 30,000(0.840)x a(x) ≈ 30,000(0.785)x2 a(x) ≈ 30,000(0.91)x

Is ofat (-25, 0), (25, 0) co- (0, -15), (0, 15)?

Jenny invests $2,000 at an interest rate of 5%. the amount of money, me, in jenny's account after tyears can be represented using the equation ma-2000(1.05). if jenny would have invested the same amount of money at the same interest rate four years ago, the equation representing the amount of money mo. in her account would be represented using the equation! mg = 2000(105)*** which of the following is equivalent to mp? 2000(105) om- 1.05 2000(1.05) mo 1059 mp-2000(1.05) (105) mp - 2000(1.05) + (1.05)

Solve the compound inequality. graph your solution. 2x – 2 < –12 or 2x + 3 > 7 x < –5 or x > 5 x < –5 or x > 2 x < –12 or x > 2 x < –7 or x > 5