Answer:
Explanation:
X - number of units sold
Total cost for production = 1,500,000 + 1600X
Total cost for purchasing = 2000X
a. For 4000 units sold
Total cost for production = 1,500,000 + 1600 * 4000 = $7,900,000
Total cost for purchasing = 2000* 4000 = $8,000,000
In this case producing is cheaper. Therefore, it is better to produce
b. Y - break-even point
Then : 1,500,000 + 1600 * Y = 2000* Y
So 1,500,000 = 400 Y
Y = 3750
At №of units less than 3750 purchasing will be the better option
And above 3750 producing will be the better option
Answer: b. The quantity of the country's currency supplied exceeds the quantity demanded.
Explanation:
A country operating a fixed-exchange rate system would be actively trading its currency to ensure that it remains at a certain rate. If the currency is overvalued, it means that the currency is actually weak and is being propped up by the company's actions in the forex market.
A reason for the weakness would be that the supply is higher than the demand of the currency which means that, as per the rules of supply and demand, the currency is trading at a lower price, i,e., it is weak.
Answer: the answer is A. Yes.
Explanation:
Under a strict cash basis of accounting, revenues and expenses are recorded only when cash is received or paid. Under a modified cash basis of accounting, certain accruals and/or deferrals are recorded for financial-statement purposes.
The most common modifications are the capitalization and amortization of long-lived assets and the accrual for income taxes (recognition of income tax expense and related liability).
Explanation:
22
3 25
6 15
a. Determine which variable is the dependent variable.
b. Compute the least squares estimated line.
c. Compute the coefficient of determination. How would you interpret this value
Answer:
$16,695.11
Explanation:
the price of the bond is equal to the present value of its cash flows:
value of cash flows in year 6 = $1,100 x 12.75523 (PV annuity factor, 16 periods, 2.8%) = $14,030.75
value of cash flows in year 14 = $1,400 x 10.07390 (PV annuity factor, 12 periods, 2.8%) = $14,103.46
present value in year 0 = [$14,030.75 / 1.056⁶] + [$14,103.46 / 1.056¹⁴] = $10,118.06 + $6,577.05 = $16,695.11