Find the location of the indicated absolute extremum for the function.Maximum
A. No maximum
B. x = 3
C. x = 5
D. x = 0
Answer: D
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Find a parametrization for the line segment joining the points.(-2, 0, -5), (0, -4, 0)
A. x = 2t - 2, y = -4t, z = 5t - 5, 0 ? t ? 1 B. x = 3t, y = 5t - 4, z = 6t, 0 ? t ? 1 C. x = -2t, y = 4t - 4, z = -5t, 0 ? t ? 1 D. x = 3t - 2, y = 5t, z = 6t - 5, 0 ? t ? 1
Write the numeral as a Babylonian numeral.122
A. 
B.
  ? |   |
C.
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D.
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A hypothetical management science problem requires us to find the cheapest "supercircuit" in a graph. Three algorithms are available: Algorithm 1, Algorithm 2, and Algorithm 3.Algorithm 3 never produces a supercircuit that is off by more than 10% from the cheapest supercircuit. The amount of time that it takes to carry out Algorithm 3 is: 1 second for a graph with 5 or less vertices, 30 seconds for a graph with 6 vertices, 
for a graph with 7 vertices, and so on, increasing by 10 seconds every time we add a vertex (from 7 vertices on). Algorithm 3 is
A. an optimal and efficient algorithm. B. an approximate and inefficient algorithm. C. an optimal and inefficient algorithm. D. an approximate and efficient algorithm. E. none of these
Use the square root property to solve the quadratic equation.(2x + 3)2 = 7
A. - 5 , 2
B. 
C. 
D. 