Answer:
Explanation:
- The bond has 8% coupon paid semiannually, and those bonds sell at their par value.
- Since the bond sales at par value, Market rate (Yield) = Coupon rate =8%
<u>Second bond:</u>
- Semiannual coupon amount = 1000 x 8%/2 = $40
- Time to maturity = 6 years = 12 semiannual periods
- Semiannual Yield = 8%/2 = 4%
To get price of this bond we will use PV function of excel:
= PV (rate, nper, pmt, fv, type)
= PV (4%, 12, -40, -1000, 0)
= $1053.32
- Price of this bond = $1,053.3
Answer:
the Expected rate of return will be 8.2%
the variance will be 0.001296
Explanation:
We will calculate the Expected Rate of Return which is the sum of the wieghted return based on their probabilities:
return of 0.15 probability 20% = 0.03
return of 0.07 probability 70% = 0.049
return of 0.03 probability 10% = 0.003
expected return = 0.082 = 8.2%
Now to calculate the variance we do:
∑(rk-ERR)^2 x pk
The sum of the difference between the expected rate and the escenario rate, power two, and multiply by their posibility
the variance will be: 0.001296
The answer is Pool Cleaning Systems. The relevant market product is Pool Cleaning System. It is engineered to clean the entire pool, including floors, steps, benches, even spas. Nozzles pop up consecutively to direct a power jet of water to direct debris towards the MDX-R3 drain.
Answer:
COGS= $31,597.5
Explanation:
Giving the following information:
Direct materials $13.00
Direct labor 8.80
Manufacturing overhead 16.50
Last year, Wooten & McMahon Enterprises produced and sold 825 units
First, we need to calculate the cost of goods manufactured:
cost of goods manufactured= beginning WIP + direct materials + direct labor + allocated manufacturing overhead - Ending WIP
cost of goods manufactured= 0 + 13 + 8.8 + 16.5 - 0= $38.3
Total cost of goods manufactured= 825*38.3= $31,597.5
Now, we can calculate the cost of goods sold:
COGS= beginning finished inventory + cost of goods manufactured - ending finished inventory
COGS= 0 + 31,597.5 - 0= $31,597.5
