In: Finance
(A) | Rate of return on bonds | |||||||
Initial Investment =$1100 | ||||||||
Value of Bond at end of 5 years | ||||||||
Rate | Required Return | 7% | ||||||
Nper | Number of years left to maturity=8-5= | 3 | ||||||
Pmt | Annual Coupon Payment=1000*10% | $100 | ||||||
Fv | Amount to be received at maturity | $1,000 | ||||||
PV | Value of Bond at end of 5 years | $1,079 | ||||||
(Using PV function of excel) | ||||||||
Future Value of cash flow at end of year5 | ||||||||
(Cash Flow)*(1+i)^(5-N) | ||||||||
i=annual return=7%=0.07 | ||||||||
N=Year of Cash Flow | N | A | B=A*(1.07^(5-N) | |||||
Year | Cash Flow | Future Value | ||||||
Coupon of Year 1 | 1 | $100 | $131 | |||||
Coupon of Year 2 | 2 | $100 | $123 | |||||
Coupon of Year 3 | 3 | $100 | $114 | |||||
Coupon of Year 4 | 4 | $100 | $107 | |||||
Coupon of Year 5 | 5 | $100 | $100 | |||||
Value of Bond at end of 5 years | 5 | $1,079 | $1,079 | |||||
SUM | $1,654 | |||||||
Future Value =FV= | $1,654 | |||||||
Assume Rate of Return Per year =R | ||||||||
FV=IC*((1+R)^N) | ||||||||
FV=Future Value=$1654 | ||||||||
N=Number of years of investment=5 | ||||||||
(1+R)^5=(1654/1100)= | 1.5035 | |||||||
1+R=(1.5035^(1/5))= | 1.0850 | |||||||
Rate of Return Per Year=R= | 0.0850 | |||||||
Rate of Return Per Year | 8.50% | |||||||
(B) | RETURN FROM INVESTMENT IN STOCKS | |||||||
D0= Current Dividend=$0.80 | ||||||||
Dividend in Year N=Dn=D0*((1+g)^N) | ||||||||
g=Dividend growth Rate=4%=0.04 | ||||||||
Year | Dividend | |||||||
D1 | 1 | $0.83 | (0.8*1.04) | |||||
D2 | 2 | $0.87 | ||||||
D3 | 3 | $0.90 | ||||||
D4 | 4 | $0.94 | ||||||
D5 | 5 | $0.97 | ||||||
D6 | 6 | $1.01 | ||||||
Price of Stock in Year 5=P5=D6/(R-g) | ||||||||
R=Required Return from stock=12%=0.12 | ||||||||
g=Dividend growth Rate=4%=0.04 | ||||||||
P5=1.01/(0.12-0.04)= | $12.65 | |||||||