Answer:
The independent cases not given in the question are:
a. Case A: Market interest rate (annual): 4 percent.
b. Case B: Market interest rate (annual): 6 percent.
c. Case C: Market interest rate (annual): 8.5 percent.
At 4% issue price is $583,502.44
At 6% issue price is $501,500.00
At 8% issue price is $433,344.51
Explanation:
The price of the bond can be computed using the pv value formula in excel.
=pv(rate,nper,pmt,fv)
rate is the market interest given in the three cases divided by since the bond is a semi-annual interest paying bond. for example 4%/2=2%
nper is the time to maturity multiplied by 2 i.e 10*2=20
pmt is the coupon interest receivable by investor semi-annually which is 6%/2*$501,500=$15045
fv is the face value at $501,500
at 4%
=pv(2%,20,15045,501500)
=$583,502.44
at 6%
=pv(3%,20,15045,501500)
=$501,500.00
At 8%
=pv(4%,20,15045,501500)
=$433,344.51
Answer:
$270,000
Explanation:
The computation of the initial outlay of the project is shown below:
The initial outlay of this project = Purchase Price of the Asset + Installation Costs + Shipping cost + Investment in Working Capital
= $200,000 + $15,000 + $5,000 + $50,000
= $270,000
We simply added the purchased price, installation charges, shipping cost and the investment in working capital so that the initial outlay could come
When the government transfer resources to the poor in the form of a good or service it is called an in-kind transfer.
Many countries government provide large in-kind transfer resources to the poor in the form of a good or service. These transfers are commonly referred to as government redistribution programs, presumably from the wealthy to the poor.
The term in-kind transfers generally refers to goods, services, and transactions not involving money or not measured in monetary terms are transferred to the needy.
Hence, the in-kind transfers is based on the idea that governments want to target transfers to the needy.
To learn more about in-kind transfer here:
brainly.com/question/20411157
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The question is incomplete. The complete question is :
A manufacturer believes that the cost function : 
approximates the dollar cost of producing x units of a product. The manu- facturer believes it cannot make a profit when the marginal cost goes beyond $210. What is the most units the manufacturer can produce and still make a profit? What is the total cost at this level of production?
Solution :
Given the cost function is :
Now, Marginal cost = 
So, if the marginal cost = $ 210, then the manufacturer also makes a profit and if it goes beyond $ 210 than the manufacturer cannot make a profit.
Therefore, we have to equate : 
So when x = 45, then C(x) = $ 8042.5
Therefore, the manufacturer 
to 45 units and 
This leads to a total cost of $ 8042.5
