Determine whether A = B, A ? B, B ? A, A ? B, B ? A, or if none of these applies.A = {a, e, i, o, u}B = {e, o, i, u, a}
A. A ? B, B ? A, and A = B
B. A ? B, B ? A, and A = B
C. None of these
D. A = B
Answer: B
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Find the average rate of change illustrated in the graph.
Year
A. -$3000.00 per year B. $4000.00 per year C. $3000.00 per year D. -$4000.00 per year
Solve the equation f(x) = 0 analytically and then use the graph of y = f(x) to solve the inequalities f(x) < 0 and 
f(x) = 5 log3 (3x) - 20
A. {27}; (-?, 27); [27, ?) B. {27}; (27, ?); [0, 27) C. {81}; (0, 81); [81, ?) D. {27}; (0, 27); [27, ?)
During four years of college, Nolan MacGregor's student loans are $3,600, $3,900, $3,500, and $3,600 for freshman year through senior year, respectively. Each loan amount gathers interest of annual rate 1% compounded quarterly while Nolan is in school; and annual rate of 3%, compounded quarterly during a 6-month grace period after graduation. Assume the freshman year loan earns an annual rate of 1% interest for 
year during the first year, then for 3 full years until graduation. Make similar assumptions for the loans for the other years. After the grace period, the
loan is amortized over the next 10 years at an annual rate of 3%, compounded quarterly. If Nolan decides to pay an additional $90 above the calculated quarterly payment, how many payments of this size will amortize the debt? Round your answer to the nearest whole number. ? A. 32 quarters B. 97 quarters C. 10 quarters D. 30 quarters E. 16 quarters
Factor completely.x4 + 4x3y - 5x2y2
A. x2(x + 5y)(x - y) B. x(x + 5y)(x - y) C. x2(x - 5y)(x + y) D. x2(x - 5y)(x - y)