Answer:
I strongly believe that the requirement is to calculate the price of the bond.
The bond is worth $ 70,824,063.03
Explanation:
It is noteworthy that a rational would-be investor would pay for a bond a price that reflects the cash flows receivable from the bonds in future discounted to today's terms.
The future cash flows comprise of the semi-annual coupon interest of $4 million(10%/2 *$80 million) for 20 periods as well as the repayment of the principal $80 million at the end of period 20
Since coupon is paid every six months, the coupon would be twenty times over the life of the bond(paid twice a year for 10 years)
To bring the cash inflows today's term, we multiply them them by the discounting factor 1/(1+r)^N , where is the yield to maturity of 12% and N is the relevant the cash flow is received.
The discounting is done in attached spreadsheet leading $ 70,824,063.03 present value today.
The nominal income will increase with the increase in the real income.
<u>Explanation:</u>
Real income of the person is the buying or the purchasing capacity of the person. It is the nominal income adjusted for inflation. If there is an increase in the real income more than the increase in the level of the prices at a particular period of time, it means that the level of nominal income of the person will also increase.
<span>from your college bcis class, you recall that they would be in the: </span>requirements analysis <span>phase of the sdlc process.
During the requirements analysis phase of the SDLC process, we will gather all the system requirement, users' requirement, and the operational requirement of the business process.</span>
Answer:
I think so.
Explanation:
This may be depending on the job you have in the Lawyer Occupation, but because they must do different types of work and must go to several different clients, I would say yes. Sorry if this is wrong, but I hope it helps!
Answer:
$240
Explanation:
Darren runs Barber shop
His fixed costs daily is $40
The toal output per day is 10 haircuts
He is open 6 days in the week
Therefore weekly total fixed costs can be calculated as follows
= 40×6
= 240
Hence the weekly fixed cost is $240