Answer:
So after 5 year total amount will be $1781.529
So option (a) is correct option
Explanation:
We have given that JG Asset is recommending that you invest $1500 for 5 years at rate of 3.5%
So principle amount P = $1500
Rate of interest r = 3.5 %
Time n = 5 years
We know that when total amount is given by
, here r is rate of interest and n is time period
So amount after 5 years will be

So after 5 year total amount will be $1781.529
So option (a) is correct option
The stage of the marketing research process that this realization correspond to is the INTERPRETING THE FINDING.
The interpreting the finding stage is the stage of the market research process in which the results obtained from the market research is examined and analysed and appropriate conclusions are drawn from it.
D) They pay for specific social programs rather than general government activities.
Answer:
(a) It will have multiple IRRs
(b) The MIRR calculated is 10.18% . Going by MIRR result , this project will only generate returns that is equal to cost of capital(10%) .If there are other avaible more viable projects, it should be rejected ( Please see attached computation).
Explanation:
(a) The multiple IRRs occurs when cash flows change sign and result in more than one value for the IRR.
Application of IRR to value an investment is only suitable when the project has normal cash flows, i.e a negative initial cash flow (i.e initial investment) followed by a series of positive cash flows.
In this scenario, we have negative cash flow of $6m in year 4 which occured after positive cash flow of $3.5m per year from year 1 to 3. This typically make IRR unreliable. To overcome this limitation , we can use Modified Internal Rate of Return (MIRR)
(b) Please see attached for more details.
Answer:
Holding period yield is 114.97%
effective yield is 8.72%
Explanation:
holding period yield=(Price at call-initial price+coupon payments)/initial price
=($970-$935)+(13*$80)/$935
=($35+$1040
)/$935
=$1075/$935
=114.97%
The effective yield is the yield to call which can be computed using the excel rate formula:
=rate(nper,pmt,-pv,fv)
nper is the number of payments before the call which is 13
pmt is the periodic payment by bond which is $1000*8%=$80
pv is the current market price of $935
fv is the bond price at end of 13 years at $970
=rate(13,80,-935,970)
rate=8.72%