Answer:
Multiple IRRs:
Said another way, Multiple IRRs occur when a project has more than one <em>internal rate of return.</em> The problem arises where a project has non-normal cash flow (non-conventional cash flow pattern).
Internal rate of return (IRR) is one of the most commonly used capital budgeting tools. Investors make decisions by comparing the IRR of the project under consideration with the <em>hurdle rate</em>. If the IRR is greater than the hurdle rate, the project is accepted, otherwise it is rejected. When there are more than two IRRs, it is not exactly clear which IRR to compare with the hurdle rate.
Hurdle rate is the minimum required rate of return which businesses use as a benchmark to decide whether to invest in a project or not.
<em>So a typical situation which can generate negative cashflows which can in turn lead to multiple IRRs towards the end of the project is where the conditions of investment become adverse towards the end of the project.</em>
Imagine that toward the end of the lifecycle of a project, a forecasted increase external costs such as Interest Rate, influenced by government policies translates to an erosion of the bottom line generated by the business in that year.
Period 0 1 3 3 4 5
Unconventional cash flows ($)-19,000 16,000 16,000 6,000 6,000 -52,000
The series is non-conventional cash-flow pattern, which has two sign changes. This is the range in which the net present value of the non-conventional cash flow series is positive. The multiple IRR problem poses a series problem to analysts because the decision is not obvious.
Cheers!
Answer:
Answer is option B $68.70
Total overhead costs
Assembling products (918000/54000)*3000.......510,000
Preparing batches (397440/2484)*1026.............164160
Product support (1134000/3780)*1188.............. 356400
Total overhead costs............................................ 1030560
Unit overhead cost = total overhead costs / number of units = 1030560/15000 = 68.70
Explanation:
Answer:
B.
compute depreciation for a full year under straight minusline depreciation and multiply it by the fraction of the year that you held the asset.
Explanation:
Under straight-line depreciation, the asset value is spread equally throughout its useful life.
To get the depreciation of a partial year, you need to calculate the depreciation a full year first.
Divide the asset value by the number of its useful years to get depreciation value for one year. To compute partial depreciation, you need to establish the fraction of the year to be depreciated. Divide the number of months by twelve to get the fraction.
To get actual depreciation, multiply this fraction by a full year depreciation.
Answer:
The EOQ is 353 units
Explanation:
The economic order quantity or EOQ is the quantoty that minimized the holding and ordering cost for invetory.
The formula for EOQ is,
EOQ = √(2*D*O) / H
Where,
- D is the annual demand in units
- O is the ordering cost per order
- H is the holding cost per unit per annum
The annual demand of oil filters by Sam is,
Annual demand = 52 * 150 = 7800 filters
The EOQ for Sam Auto Shop is,
EOQ = √(2*7800*16) / 2
EOQ = 353.27 Units rounded off to 353 units
Answer:
Interest paid in cash in 2018 = $0
Interest recognized on the Income statement = $1,800
Liabilities recognized = $90,000
Amount paid for Principal and interest = $93,600
Interest reported on 2019 Income statement = 1800
Explanation:
Interest paid in cash in 2018 is zero because interest and principal were paid in cash on the maturity date.
Interest recognized in 2018 = 90000*0.08*3/12 = $1800
liabilities are recognized at original amount because the interest is not capitalized and no payment made thus far.
Amount paid on maturity date is 93,600 ( 90000 principal, 3600 interest)
interest reported is for three months jan - march
