Find the amount of the ordinary annuity. Round to the nearest cent.R = $3900, 7% interest compounded semiannually for 13 years
A. $151,904.44
B. $125,479.25
C. $272,549.67
D. $161,121.10
Answer: D
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Use Fleury's algorithm to find an Euler circuit for the graph beginning and ending at the indicated vertex. If no Euler circuit exists, state this.Using the following graph, find an Euler circuit that begins and ends with vertex A.
A. A ? B ? D ? C ? E ? D ? A B. A ? B ? D ? E ? C ? A C. A ? D ?B ? A ? C ? E ? D ? C ? A D. No Euler circuit exists.
Write the Hindu-Arabic numeral in expanded form.41,904
A. (4 × 100) + (1 × 101) + (9 × 102) + (0 × 103) + (4 × 104) B. (4 × 101) + (1 × 102) + (9 × 103) + (0 × 104) + (4 × 105) C. (4 × 104) + (1 × 103) + (9 × 102) + (0 × 101) + (4 × 100) D. (4 × 105) + (1 × 104) + (9 × 103) + (0 × 102) + (4 × 101)
Solve the SSA triangle. Indicate whether the given measurements result in no triangle, one triangle, or two triangles. Solve the resulting triangle. Round the answer to the nearest tenth.A = 30°, a = 6, b = 12
A. B = 60°, C = 60°, c = 10.4 B. No triangle exists. C. B = 90°, C = 60°, c = 10.4 D. B = 60°, C = 90°, c = 10.4
Solve the problem.Find the sum of the first 4 terms of the arithmetic sequence with first term -13 and common difference -2.
A. -21 B. -52 C. -13 D. -64