Find the area and perimeter of the rectangle.Length = 11 mi, Width = 4 mi
A. A = 44 mi2, P = 14 mi
B. A = 44 mi2, P = 30 mi
C. A = 88 mi2, P = 15 mi
D. A = 88 mi2, P = 16 mi
Answer: B
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Solve the quadratic equation.x2 - 12x + 36 = 0
A. 6 B. -6, 6 C. 2, 3 D. -6
Give the symbol that represents the portion of the line named and draw a figure showing just the portion named.
Half-line SP
A. 
B. 
C. 
D. 
Solve the problem.The owners of a large factory complex plan to install a new network of water lines to supply water to five factory buildings. The building numbers of the buildings involved are: #12, #14, #15, #17, and #18. The distances in meters between these buildings are given in the following table.
a) Represent this information with a weighted, complete graph.b) Use Kruskal's algorithm to find a minimum-cost spanning tree that would link each building to give the least-expensive pipe network.c) If the water line cost is $700 per meter, determine the cost of the network in part (b).
What will be an ideal response?
Subtract the polynomials.(6x7 - 7x5 - 17x) - (3x7 - 20x5 - 8x)
A. 3x7 - 4x5 - 25x B. 3x7 + 13x5 - 25x C. 7x13 D. 3x7 + 13x5 - 9x