Find the quotient.
?
?
A. 
B. 
C. 
D. 
E. 
Answer: E
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Find an equation for the graph.
A. y = -4 cos (2x)
B. y = 4 cos 
C. y = 4 cos (2x)
D. y = 4 sin (2x)
Solve.How can $56,000 be invested, part at 4% annual simple interest and the remainder at 10% annual simple interest, so that the interest earned by the two accounts is equal at the end of the year?
A. $26,000 invested at 4%; $30,000 invested at 10% B. $16,000 invested at 4%; $40,000 invested at 10% C. $30,000 invested at 4%; $26,000 invested at 10% D. $40,000 invested at 4%; $16,000 invested at 10%
Solve the problem.The annual population density of a species of insect after n years is modeled by a sequence. Suppose that the initial density of insects is 628 with r = 1.5. Write a recursive sequence that describes this data, where an denotes the insect density during year n.Find the terms a1 , a2 , a3 , ...., a5 . Round to two decimal places, if necessary.
A. a1 = 628, a2 = 942.00, a3 = 1413.00, a4 = 2119.50, a5 = 3179.25 B. a1 = 628, a2 = 628, a3 = 628, a4 = 628, a5 = 628 C. a1 = 942.00, a2 = 1413.00, a3 = 2119.50, a4 = 3179.25, a5 = 4768.88 D. a1 = 628, a2 = 314.00, a3 = 157.00, a4 = 78.50, a5 = 39.25
Rewrite the rational expression as an equivalent rational expression with the given denominator.
= 
A. 
B. 
C. 
D. 