Answer:
$1,060.75
Explanation:
the yield to maturity of the second bond is to 4% semiannual or 8.16% effective annual rate.
so we have to calculate the quarterly interest rate that yields an effective annual rate of 8.16%:
0.0816 = (1 + i)⁴ - 1
1.0816 = (1 + i)⁴
⁴√1.0816 = ⁴√(1 + i)⁴
1.0198 = 1 + i
i = 0.019804 = 1.9804%
now we must discount the first bond using that effective interest rate:
PV of face value = $1,000 / (1 + 4%)²⁰ = $456.39
PV of first 20 coupon payments = $20 x 16.38304 (PV annuity factor, 1.9804%, 20 periods) = $327.66
now we must find the value of the last 20 coupon payments but at the end of year 5 = $25 x 16.38304 = $409.58. Then we calculate the PV = $409.58 / (1 + 4%)¹⁰ = $276.70
the bond's current market value = $456.39 + $327.66 + $276.70 = $1,060.75
<span>The final, printed version of the loan application is called the unfirom residential loan application or the 1004 mortage application form. This application is a five page application that the lender helps the borrower(s) fill out before making the purchase offical. All people that are going to be on the loan must fill out the form with all necessary information. </span>
Answer:
Indirect Labour Cost, Direct Labour Cost
Explanation:
Direct Labour Cost
This is the type of cost incurred or wages paid to workers or employees that directly works on project. For example, laborer, foreman, painters, machine operators, delivery man etc. all belongs to this category. They are wages paid to the category of employees or workers who physically produce products.
Indirect Labour Cost
These are wages paid to those group of workers or employees that perform tasks that do not directly contribute to the production of goods or performance of services. For example, we have accountants, security guards, administrative officers, supervisors, inspectors and so on. It is also known as Overhead cost. They are not involved in the active part of conversion of raw materials into products.
Answer:
123.63 million
Explanation:
From the given information:
The total value for the firm is $200 million
The face value of debt is $110 million
Maturity of debt = 3 years
Risk free rate = 5 %
Standard deviation of return = 60%
Using Black-Scholes Option Pricing Model, the equity worth is computed in an Excel file and the screenshot is show in the image attached below.
Answer:
It will be a better offer the option B because it yield a higher net present value at the given rate.
<u>B 88,457</u>
A 86,755
C 85,000
Explanation:
We are going to compare the present value of each annuity at the cost of capital rate 7.5%

option A
C= couta, monthly payment 1,500
rate= 0.075 is an annual rate we divide by 12 to get the monthly rate
time = 6 years = 6*12 = 72 months

option A PV = 86,754.78646
option B
C = 1,050
time = 10 years
same rate

option B PV = 88,456.97984
option C = 85,000
It will be a better offer the option B because it yield a higher net present value at the given rate.