Answer:
OEM
Explanation:
Of all these three, the OEM is the least risky. And also it is the safest approach. It has the ability to decrease the cost of production. The purchasing company would be able to get whatever is needed without needed a factory or running one.
OBM engaged in manufacturing, designing and Branding products.
ODM engages in both designs and manufacturing
Answer:
Amount withdraw each year = $ 186,991.24
Explanation:
Amount accumulate at the time of retirement = FV of Current Investment in Bond + FV of Current Investment in Stock + FV of annuity deposited in bond
Amount accumulate at the time of retirement = 162000 x (1+7.5%)^10 + 602000 x (1+11%)^10 + 7800 x ((1+7.5%)^10 -1) / 7.5%
Amount accumulate at the time of retirement = $ 2,153,565.83
Amount withdraw each year = Amount accumulate at the time of retirement/Annuity factor
Amount withdraw each year = 2153565.83 / ((1-(1+6.75%)^-23) / 6.75%)
Amount withdraw each year = $ 186,991.24
Answer:
Cash + Equipment - Accumulated depreciation = Common stock + Retained = $46,460
Explanation:
Note: See the attached excel file for the horizontal statements model.
In the attached excel file, we have:
Accumulated depreciation = (Cost of cooktop or equipment - Estimated salvage value) / Expected useful life = ($39,000 - $3,200) / 5 = $2,440
From the attached excel file, the accounting equation can be proved from the balances as follows:
Cash + Equipment - Accumulated depreciation = $33,500 + 15,400 - $2,440 = $46,460
Common stock + Retained = $39,000 + $7,460 = $46,460
Therefore, we have:
Cash + Equipment - Accumulated depreciation = Common stock + Retained = $46,460
Silence will operate as acceptance in the following circumstances except when the offeror indicates that silence will operate as acceptance
Answer:
Efficiency of the repair shop is 66.67%
Explanation:
Efficiency is the ability to avoid the available resources such as workforce, time, money, material etc. The maximum output in the available resources is efficiency.
Total Capacity of repair fleet = 800 trucks
Effective Capacity of repair fleet = 600 trucks
Actual Output = 400 trucks
Trucks Utilization = Actual Output / Total Capacity = (400 / 800) x 100 = 50%
Efficiency = Actual output / Effective Capacity = (400 / 600) x 100 = 66.7%