Answer:
(A)Wages decrease in the long term
Explanation:
(A) The principles of supply and demand applies here.
Higher worker productivity in a particular industry implies increased demand for workers in the industry (short term effect).
Increased supply of workers implies:
1. output per worker increases, resulting in increase in supply of products in the industry. But, the laws of supply and demand comes in, because when supply increases, prices decrease.
That is, the increase in worker productivity may cause a decrease in prices resulting in a decrease in wages since the firm's revenue declined (long term effect).
2. Increase in the supply of workers in the industry with increased in productivity over workers from other industry because of initial increase in wages. This would lead to a decrease in wages because the supply of workers would exceed demand.
(B) The compensation differential is the additional amount of money that a given worker must be offered in order to motivate him to accept a given undesirable job, relative to other jobs that the worker could perform.
(C) This is called a derived demand because it is often based on the demand for products.
For example, when consumers want more of a particular good or service eg clothing, more firms in the industry will want workers that make this product.
(a) $30
(b) $40
(c) $50
2. Compare these proceeds to what you would realize if you simply continued to hold the shares.
Answer:
1. What will be the value of your portfolio in January (net of the proceeds from the options) if the stock price ends up at:
(a) $30 ⇒ $170,000
(b) $40 ⇒ $195,000
(c) $50 ⇒ $220,000
call strike price $45
call premium received $2
put strike price $35
put premium paid $3
you pay $2 - $3 = -$1
stock price
$30 $40 $50
stock value $30 $40 $50
put value $5 - -
call value - - -$5
premium paid -$1 -$1 -$1
net stock value $34 $39 $44
total # of stocks 5,000 5,000 5,000
portfolio's value $170,000 $195,000 $220,000
2. Compare these proceeds to what you would realize if you simply continued to hold the shares.
if you hold the stocks:
(a) $30 ⇒ $150,000 - $170,000 = -$20,000 (you gain by using a collar)
(b) $40 ⇒ $200,000 - $195,000 = $5,000 (you lose by using a collar)
(c) $50 ⇒ $250,000 - $220,000 = $30,000 (you lose by using a collar)
The prize is really worth $1,006,512.21.
Present value is the sum of cash flows discounted at the rate of interest or the discount rate. The annual cash flows for the next 10 years = $1.5 million / 10 = 150,000
The present value can be determined using a financial calculator
Cash flow from year 1 to 10 = $150,000
Discount rate = 8%
Present value = $1,006,512.21
Here is the complete question: You win a lottery with a prize of $1.5 million. Unfortunately the prize is paid in 10 an¬nual installments. The first payment is next year. How much is the prize really worth? The discount rate is 8 percent.
To learn more about present value, please check: brainly.com/question/25748668
Inventory $35,750 $10,100
Building 153,000 106,500
Land 291,750 375,000
Total $480,500 $491,600
The corporation also assumed a mortage of $153,750 attached to the building and land. The fair market value of the corporation's stock received in the exchange was $320,750.
Required:
a. What amount of gain or loss does Carla realize on the transfer of the property to the corporation?
b. What amount of gain or loss does Carla recognize on the transfer of the property to the corporation?
c. What is Carla's basis in the stock she receives in her corporation?
Answer:
a. The amount of loss does Carla realize on the transfer of the property to the corporation is -$17,100
b. Carla does not recognized any gain or loss on the transfer of the property to the corporation
c. The amount of Carla's basis in the stock she receives in her corporation is $337,850
Explanation:
a. In order to calculate the amount of gain or loss does Carla realize on the transfer of the property to the corporation we would have to use the following formula:
amount of gain or loss=Fair market value of stock received+morgage assume by corporation-Adjusted tax basis of the property transferred
amount of gain or loss=$320,750+$153,750-$491,600
amount of gain or loss=-$17,100
The amount of loss does Carla realize on the transfer of the property to the corporation is -$17,100
b. Carla does not recognized any gain or loss on the transfer of the property to the corporation because the requirements are met and no boot is received in exchange.
c. In order to calculate the amount of Carla's basis in the stock she receives in her corporation we would have to use the following formula:
amount of Carla's basis in the stock=Adjusted tax basis of the property transferred-morgage assume by corporation
amount of Carla's basis in the stock=$491,600-$153,750
amount of Carla's basis in the stock=$337,850
The amount of Carla's basis in the stock she receives in her corporation is $337,850
Answer:
The cash is increased by $115,000 during the month of October.
Explanation:
The computation of net effect of cash is shown below:
= Net income - increased in receivables - decrease in payable + depreciation expense
= $120,000 - $35,000 - $25,000 + $55,000
= $115,000
The increase in receivable should be deducted as the outflow of cash is there, which decrease the cash balance so we deduct it
The decrease in account payable reflect that the company has paid the amount which ultimately reduce the cash balance, hence it is deducted in the computation part
Depreciation expense is added in the cash balance because it is a non cash expense.
Thus, the amount is in positive number which reflects increase in cash
Hence, the cash is increased by $115,000 during the month of October.
Answer:
The best response functions are given by
Explanation:
Under no fixed costs the total costs is
for i=1,2. The market demand is given by
where is the total production
Firm 1 and 2 will maximize its own profits. Since this firms are symmetric the problems are too
The first order conditions (take derivative of the profit with respect to are given by
Then the best-response function for Firm 1 will be
and the solution for Firm 2 would be the symmetric
Now we can add fixed costs, so total costs now look
for i=1,2
the profit maximization problem for firm 1 looks now
The first order conditions are given by
note that this equation is the same as in the absence of Fixed Costs. So the solutions would be the same. Fixed costs don't change the optimal level of production of these firms.
Note that Total Costs are given by fixed costs (F) and marginal costs (m) that depend on the production level of the firm
for i=1,2. The market demand is given by
where is the total production, so it's the sum of each firms production
Firm 1 will maximize it's own profits
The first order conditions (take derivative of the profit with respect to are given by
Then the best-response function for Firm 1 will be
and the solution for Firm 2 would be symmetric.
Note that only marginal costs are relevant for getting the best-response function, so adding fixed costs (F) don't change the results
Explanation:
Answer:
(a) $40
(b) $24,000
(c) 40%
Explanation:
Given that,
Selling price = $100 per unit
Variable costs = $60 per unit
Fixed costs = $2,500 per month
Contribution margin per unit:
= Selling price - Variable costs
= $100 per unit - $60 per unit
= $40
Total Contribution margin:
= Contribution margin per unit × No. of units sold
= $40 × 600 units
= $24,000
Contribution margin ratio:
= (Selling price - Variable costs) ÷ Selling price
= ($100 per unit - $60 per unit) ÷ $100 per unit
= 0.4 or 40 %