Find the present value of the ordinary annuity. m = $100, r = 5%, n = 2, and t = 8 years.
Amount of Deposit mFrequency Compounded nRate rTime (in yr) t$100semiannually5%8?
A. $1,293.18
B. $1,281.50
C. $1,305.50
D. $1,319.50
E. $1,083.78
Answer: C
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A. x = 57 B. x = -3 C. x = 3 D. x = 43
Use the given zero to find the remaining zeros of the function.f(x) = x5 - 10x4 + 42x3 -124 x2 + 297x - 306 ; zero: 3i
A. -2, -3i, -4 - i, -4 + i B. 2, -3i, 4 - i, 4 + i C. 2, -3i, -4 - i, -4 + i D. -2, -3i, 4 - i, 4 + i
Consider the difference equation xk+1 = Axk, where A has eigenvalues and corresponding eigenvectors v1, v2, and v3 given below. Find the general solution of this difference equation if x0 is given as below.?1 = 1.3, ?2 = 0.8, ?3 = 0.6, v1 = 
, v2 = 
, v3 = 
, and 
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Find the value for the function.Find f(x + h) when f(x) = -3x2 + 2x + 5.
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