The cost of unloading is $52,000
Explanation:
Cost is the cash interest that a corporation has expended on sales and accounting to manufacture it. Within an organization, costs represent the amount of money spent on manufacturing or developing a good or service. Price requires no benefit premium.
Resource Unloading Equipment $15,000
Fuel $2,000
Operating Labour = (25% × [4 $35,000] = $35,000)
= $35,000
Total = $35,000+$15,000
+$2,000
= $52,000
Answer:
Property plant and equipment is listed at net value
Explanation:
Good will is intangible as it is an asset without physical attributes. Depreciation is the systematic allocation of cost for an asset based. It is an expense and not a cash expense, R and D is not an investment but an expense. R and D is not usually capitalized.
Balance sheet items are listed at market value. This is not true. For instance, Inventory is a balance sheet item and it is carried at the lower of cost or net realizable value.
Property plant and equipment is listed at net value. This is true as Property plant and equipment is listed at the net of the historical cost and the accumulated depreciation.
Answer: +$26,770
Explanation:
The Net Working capital is the difference between a company's current assets and its current liabilities.
Net Working capital = (Inventories + Accounts Receivables) - Accounts payable
= (40,013 + 30,461) - 43,704
= $26,770
= +$26,770
<em>The options are probably not for this question in particular. </em>
Answer: A. December 31, 2018
Explanation: RMD also known as required minimum distribution is a withdrawal one has to take from his or her retirement plan once he or she attains the age of 70and a half years old.
According to IRAs, once a person attains the age of 70.5 which is six months after the person's 70th birthday, the individual is entitled to take his or her RMD by the 31st of December following his or her 70.5 birthday.
According to the above question, Walter is entitled to take his RMD on the 31st of Dec, 2018.
Answer:
The price of put option is $2.51
Explanation:
The relation between the European Put option and Call option is called the Put-Call parity. Put-Call parity will be employed to solve the question
According to Put-Call parity, P = c - Sо + Ke^(-n) + D. Where P=Put Option price, C=Value of one European call option share. Sо = Underlying stock price, D=Dividend, r=risk free rate, t = maturity period
Value of one European call option share = $2
Underlying stock price = $29
Dividend = $0.50
Risk free rate = 10%
Maturity period = 6 month & 2 month, 5 month when expecting dividend
P = c - Sо + Ke^(-n) + D
P = $2 - $29 + [$30 * e^[-0.10*(6/12)] + [$0.50*e^(-0.10*(2/12) + $0.50*e^(-0.10*(5/12)]
P = $2 - $29+($30*0.951229) + ($0.50*0.983471 + $0.50*0.959189)
P = -$27 + $28.5369 + $0.4917 + $0.4796
P = $2.5082
P = $2.51
Therefore, the price of put option is $2.51
