Solve.
- 
= 3
A. 2, 38
B. -2
C. 3, 8
D. 2
Answer: A
You might also like to view...
Solve.Find the center, foci, and vertices of the ellipse 2x2 + 3y2 - 24x + 18y + 93 = 0
A. center: (6, -3); foci: (-3, 7), (-3, 5); vertices: (-3, 7.7), (-3, 4.3) B. center: (-6, 3); foci: (-5, 3), (-7, 3); vertices: (-7.7, 3), (-4.3, 3) C. center: (6, -3); foci: (7, -3), (5, -3); vertices: (7.7, -3), (4.3, -3) D. center: (-6, 3); foci: (7, -3), (5, -3); vertices: (7.7, -3), (4.3, -3)
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
Provide an appropriate response.4 × 10-3 = 
.
A. 0.004 B. 400 C. 0.0004 D. 4000
State whether the given number is written in scientific notation. Answer yes or no.56.87 × 103
A. Yes B. No