Answer: e. None of the above.
Explanation:
Under IFRS, leonard will not recognize this either gain or depreciation as the transfer has taken place. But when Green Corporation sells the equipment then it will have to consider the potential which was generated in respect to the transfer with leonard.
Answer:
The answer is the ability to earn above average returns indefinitely
Explanation:
To earn above the average returns are form of returns in excess of what an investor expects to earn from other investments with similar amount of risk. This gives an ability to manufactures to produce at the lowest cost, which is an advantage to organizations.
Answer:
The maximum price that should be paid for one share of this stock today is $46.86
Explanation:
Using the dividend discount model, we can calculate the price/fair value of the stock today. The DDM bases the price of the stock on the present value of the expected future inflows from the stock in the form of dividends and terminal value. The discount rate used to discount the cash flows is the cost of equity or required rate of return on stock.
The price of this stock at time zero (t=0) will be,
Prcie = 2 / (1+0.08) + 2.5 / (1+0.08)^2 + 50 / (1+0.08)^2
Price = $46.86
Answer:<u><em> Elle's coffee has lots of close substitutes while coffee has few substitutes, so the demand for Elle's coffee is more elastic than the market demand for coffee.</em></u>
Here, it can be seen that when Elle's Espresso Bar raised its price by 10 percent, the quantity of coffee that Elle sold decreased by 40 percent, whereas when Elle and all her competitors cut their prices by 10 percent, the quantity of coffee sold by Elle increased by only 4 percent.
∴<em><u> The demand for Elle's coffee is more elastic than the market demand for coffee.</u></em>
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Answer:
The required cycle time for this assembly line is 2 minutes. The rigtht answer is c.
Explanation:
Acording to the data, we have the following:
Daily operating time= factory operates 1000 minutes per day
Scheduled output=make 500 El-More dolls per day
Therefore, to calculate the required cycle time for this assembly line we have to use the following formula:
Cycle time = daily operating time divided by the scheduled output
= 1000 / 500 = 2 minutes
The required cycle time for this assembly line is 2 minutes.
