Submitted by: Submitted by xhy112
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Pages: 5
Category: Business and Industry
Date Submitted: 09/06/2016 07:21 PM
Case 1
Discounted Cash Flow Analysis
Davis, Michaels, and Company
Question 2:
Now consider a 5-year CD. Rework parts a - d of question 1 using a 5-year ending date.
a. What is its value at maturity (future value) if it pays 10.0% interest?
N = 5
I = 10
PV = -10,000
PMT = 0
*FV = 16,105.10
b. FV at 5% and 15%
N = 5
I = 5
PV = -10,000
PMT = 0
*FV = 12,762.82
N = 5
I = 15
PV = -10,000
PMT = 0
*FV = 20,113.57
c. The First National Bank of San Francisco offers CDs with 10.0% nominal (stated) interest but compounded semiannually. What is the effective annual rate on such a CD? What would its future value be?
Nom = 10 [(1+i/n)^n] -1
C/Y = 10 [(1+10/2)^2] -1 = 10.25
CPT EFF = 10.25
N = 5
I = 10.25
PV = -10,000
PMT = 0
*FV = 16,489.38
d. Pacific Trust offer 10% CDs with daily compounding. What is the CD’s effective annual rate and its value at maturity?
Nom = 10 [(1+i/n)^n] -1
C/Y = 365 [(1+10/365)^365] -1 =10.516~10.52
CPT EFF =10.52
N = 5---- annual rate so only 5 years
I = 10.52
PV = -10,000
PMT = 0
*FV = 16,486.40
e. What nominal rate would First National Bank have to offer to make its semiannual CD competitive with Pacific’s daily CD? (this question was not part of Q2, but see if you can answer it.)
N =
*I =
PV =
PMT =
FV =
Question 3:
It is estimated that in 5 years the total cost for one year of college will be $20,000.
a. How much must be invested today in a CD paying 10.0% annual interest in order to accumulate the needed $20,000.
N = 5
I = 10
*PV = -12,418.43
PMT = 0
FV = 20,000
b. If only...