Graph the function, showing all asymptotes (those that do not correspond to an axis) as dashed lines. List the x- and y-intercepts.f(x) = 
A. No x-intercepts, no y-intercepts ;
B. No x-intercepts, no y-intercepts ;
C. x-intercept: (-1, 0) , y-intercept: 
;
D. x-intercept: (-1, 0) , y-intercept: 
;
Answer: D
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Find u ? v.u = 
, v = 
A. -8 B. 8 C. 0 D. 4
Factor the polynomial.x2 + 7x - 60
A. (x - 12)(x + 5) B. (x - 12)(x + 1) C. (x + 12)(x - 5) D. prime
Either draw a graph with the given specification or explain why no such graph exists.
(a) full binary tree with 16 vertices of which 6 are internal vertices (b) binary tree, height 3, 9 vertices (c) binary tree, height 4, 18 terminal vertices
Solve the linear programming problem.The Jillson's have up to $75,000 to invest. They decide that they want to have at least $25,000 invested in stable bonds yielding 6% and that no more than $45,000 should be invested in more volatile bonds yielding 12%. How much should they invest in each type of bond to maximize income if the amount in the more volatile bond should not exceed the amount in the more stable bond? What is the maximum income?
What will be an ideal response?