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Which of the Following Equations Is Consistent with the Relationship

Question 19

Multiple Choice

Which of the following equations is consistent with the relationship between the future value (FV) and the present value (PV) given a discount rate (R) and the number (N) of compounding periods?


A) = (1 + R) N Which of the following equations is consistent with the relationship between the future value (FV) and the present value (PV) given a discount rate (R) and the number (N) of compounding periods? A) <sub> </sub>= (1 + R) <sup>N</sup> B) <sub> </sub>= (1 + R) <sup>N</sup> C) <sub> </sub>= (1 + N) <sup>R</sup> D) <sub> </sub>= (1 + N) <sup>R</sup>
B) = (1 + R) N Which of the following equations is consistent with the relationship between the future value (FV) and the present value (PV) given a discount rate (R) and the number (N) of compounding periods? A) <sub> </sub>= (1 + R) <sup>N</sup> B) <sub> </sub>= (1 + R) <sup>N</sup> C) <sub> </sub>= (1 + N) <sup>R</sup> D) <sub> </sub>= (1 + N) <sup>R</sup>
C) = (1 + N) R Which of the following equations is consistent with the relationship between the future value (FV) and the present value (PV) given a discount rate (R) and the number (N) of compounding periods? A) <sub> </sub>= (1 + R) <sup>N</sup> B) <sub> </sub>= (1 + R) <sup>N</sup> C) <sub> </sub>= (1 + N) <sup>R</sup> D) <sub> </sub>= (1 + N) <sup>R</sup>
D) = (1 + N) R Which of the following equations is consistent with the relationship between the future value (FV) and the present value (PV) given a discount rate (R) and the number (N) of compounding periods? A) <sub> </sub>= (1 + R) <sup>N</sup> B) <sub> </sub>= (1 + R) <sup>N</sup> C) <sub> </sub>= (1 + N) <sup>R</sup> D) <sub> </sub>= (1 + N) <sup>R</sup>

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