Use the rational zeros theorem to determine the potential rational zeros of the polynomial function. Do not find the zeros.f(x) = x5 - 2x2 + 3x + 10
A. ± 1, ± 5, ± 2, ± 10
B. ± 1, ± 5, ± 2
C. ± 1, ± 
, ± 
, ± 
, ± 5, ± 2, ± 10
D. ± 1, ± 
, ± 
, ± 
Answer: A
Mathematics
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Solve the problem.Find the Hill-Huntington cutoff point for rounding up a modified quota of 12.885.
A. 13.491 B. 11.489 C. 12.490 D. 12.961
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Give an expression that generates all angles coterminal with the given angle. Let n represent any integer.345°
A. 345° + n ? 360° B. 345° + 2n? C. 345° + n ? 90° D. 345° + n ? 180°
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Give the probability distribution and sketch the histogram.At a supermarket during the 6 p.m. rush, the manager counted the number of customers waiting in each of the 12 checkout lines. The results are shown in the table.
A. 
| Probability: | .16 | 0 | .25 | .33 | .10 | .16 |
B.
| Probability: | .17 | .08 | .33 | .25 | 0 | .17 |
C.
| Probability: | .17 | 0 | .25 | .33 | .08 | .17 |
D.
| Probability: | .16 | .10 | .33 | .25 | 0 | .16 |
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Solve by factoring.x2 + 108 = 21x
A. {9, 12} B. {1, 108} C. {-9, -12} D. {-108, -1}
Mathematics