Answer:
$27,400 and $59,600
Explanation:
The computation of the depreciation expense and the book value using the sum of-the-years'-digits method is shown below:
Depreciation expense is
= (Purchase cost - residual value) × useful life ÷ sum of years
= ($87,000 - $4,800) × 5 years ÷ (5 + 4 + 3 + 2 + 1)
= $27,400
And, the book value is
= Purchase cost - depreciation expense
= $87,000 - $27,400
= $59,600
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:
Option A is correct
Firms have different costs.
Explanation:
Option A is correct
Long run supply curve is upward sloping or constant horizontal line depends on the industry whether it is variable cost industry (increasing production cost) or a constant cost industry respectively. Option A is correct because if firms have different production cost and it is increasing as the output is increasing then it is upward Sloping long-run supply curve.
Answer:
A is the right answer so right it
Answer:
6.00 days
Explanation:
data provided
Inspection time = 3.7 days
Process time = 0.2 days
Move time = 1.3 days
Queue time = 0.8 days
The calculation of throughput time is given below:-
Throughput time = Inspection time + Process time + Move time + Queue time
= 3.7 days + 0.2 days + 1.3 days + 0.8 days
= 6.00 days
Here, we added the inspection time, process time , move time and queue time to reach at throughput time and we ignore the time spent waiting to be worked on in the factory as it is not relevant.
