Solve the triangle, if possible. If the triangle represents the ambiguous case, solve for all possible triangles. Approximate values to the nearest tenth when appropriate.
A. ? = 97°, a = 12.4, b = 21.9
B. ? = 103°, a = 12.6, b = 22.3
C. ? = 103°, a = 62.2, b = 35.1
D. ? = 103°, a = 22.3, b = 12.6
Answer: B
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Find the first three terms of the Taylor series in x - a.
, a = 1
A. 1 - (x - 1) + (x - 1)2 - . . .
B. 1 + (x - 1) - 
(x - 1)2 + . . .
C. 1 + (x - 1) - (x - 1)2 + . . .
D. 1 - (x - 1) + 
(x - 1)2 - . . .
Solve.(log3 x)2 + 2log3 x - 8 = 0
A. 
B. 
C. {9}
D. {4}
Find the indicated probability.The following contingency table provides a joint frequency distribution for a group of retired people by career and age at retirement. Age at Retirement 
Suppose one of these people is selected at random. Compute the probability that the person selected was a store clerk.
A. 0.295 B. 0.099 C. 0.026 D. 0.259
Find the requested area.Find the area, if it exists, of the region under the graph of 
on the interval 
A. e-2 B. Divergent C. 1 D. e2