Answer:
(i) $14,000
(ii) $32,000
(iii) $10,000
Explanation:
Cost of the machine that is recorded in the books of accounts is the total cost incurred to make the machine useful and useable.
Cost for each machine:
= amount paid for the assets + installation costs + renovation cost prior to use.
Therefore,
Cost of Machine A = 11,000 + 500 + 2,500
= $14,000
Cost of Machine B = 30,000 + 1,000 + 1,000
= $32,000
Cost of Machine C = 8000 + 500 + 1500
= $10,000
Company A uses the FIFO method to account for inventory and Company B uses the LIFO method. The two companies are exactly alike except for the difference in inventory cost flow assumptions. The debt-to-equity ratio measures your company's total debt relative to the amount originally invested by the owners and the earnings that have been retained over time.
The debt to equity ratio using the book value of equity in 2019 would be 2.29.
Finding the debt-to-equity ratio.
This can be found by the formula:
= Interest bearing Debt / Book value of equity
= (Notes payable + Current maturities of long term debt + Long term debt) / Book value of equity
= (10.5 + 39.9 + 239.7) / 126.6
= 2.29
Learn more about debt-to-equity here
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Answer:
$4,000
Explanation:
The operating activities records daily activities of a business entity transactions such as depreciation expense, loss or profit on sale of long term assets, change in working capital etc.
With regards to the above scenario, there is a loss of $4,000 on the sale of equipment whilst same was recorded under the operating activity section as positive.
It is to be noted that the sale and equipment of an equipment falls under investing activity section hence shod be recorded therein as such, reason it was not considered here.
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Answer:
D. $0.93
Explanation:
Upmove (U) = High price/current price
= 42/40
= 1.05
Down move (D) = Low price/current price
= 37/40
= 0.925
Risk neutral probability for up move
q = (e^(risk free rate*time)-D)/(U-D)
= (e^(0.02*1)-0.925)/(1.05-0.925)
= 0.76161
Put option payoff at high price (payoff H)
= Max(Strike price-High price,0)
= Max(41-42,0)
= Max(-1,0)
= 0
Put option payoff at low price (Payoff L)
= Max(Strike price-low price,0)
= Max(41-37,0)
= Max(4,0)
= 4
Price of Put option = e^(-r*t)*(q*Payoff H+(1-q)*Payoff L)
= e^(-0.02*1)*(0.761611*0+(1-0.761611)*4)
= 0.93
Therefore, The value of each option using a one-period binomial model is 0.93
