Answer:
B. FALSE
Explanation:
This economy is currently at its natural rate of unemployment because there is <u>no cyclical unemployment</u>
In macroeconomics, <u>full employment is the level of employment rates where there is no cyclical or deficient-demand unemployment. </u>
<u>The economy is considered to be at full employment when the actual unemployment rate is equal to the natural rate</u>.
Hence, it is false to allege that the economy in the given scenario is not currently at its natural rate of unemployment
Answer:
$2,253.35
Explanation:
external financing needed = EFN = [(total assets/total sales) x ($ Δ sales)] - [(total current liabilities/total sales) x ($ Δ sales)] - [profit margin x forecasted sales in $ x (1 - dividend payout ratio)]
total assets = $48,900
total sales = $42,700
$ Δ sales = $5,978
current liabilities = $3,650
profit margin = net income / sales = 0.129
forecasted sales = $48,678
dividends payout ratio = dividends / net income = 0.35
EFN = [($48,900/$42,700) x ($5,978)] - [($3,650/$42,700) x ($5,978)] - [0.129 x $48,678 x (1 - 0.35)]
EFN = $6,846 - $511 - $4,081.65 = $2,253.35
If we want to produce more computers, we must give up the production of some cameras, which is referred to as production efficiency.
Production efficiency is a word used in economics to describe the point at which an economy or other entity can no longer produce more of one good without reducing the level of production of a different one. When production is allegedly taking place along a production possibility frontier, something occurs (PPF). The terms "production efficiency" and "productive efficiency" are interchangeable. Similar to operational efficiency, productive efficiency refers to how effectively something is performing. The mapping of a production possibility frontier is central to the economic idea of production efficiency. When analyzing economic operational efficiency, economists and operational analysts often additionally take into account a few more financial variables, such as capacity utilization and cost-return efficiency.
Learn more about production efficiency here:
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Answer:
$2,000 capital loss
Explanation:
Randolph recognizes a $2,000 capital loss because RD distributes only cash and inventory and the adjusted bases of the property distributed is less than his basis in RD.
Answer:
In order to find the present value of the bond we have to calculate the present value of investment A and subtract is from 1529. We can find the present value of A by discounting all its cash flows.
As the first cash flow is received today and the last will be received 3 years form now there will be a total of 4 cash flows
1) 218.19 (Will not be discounted as we are receiving it today in the present)
2) 218.19/1.0987 (Discount by 1 year as cash will be received in 1 year)
3) 218.19/1.0987^2 (Discount by 2 years as cash will be received in 2 years)
4) 218.19/ 1.0987^3 (Discount by 3 years as cash will be received in 3 years)
= 218.19 + 198.58 + 180.74+ 164.51 = 762.02
PV of Bond = 1529-762.09= 766.91
Semi annual coupons mean 2 payments a year. Bond B matures in 23 years which means a total of 46 payments (23*2). N=46. A coupon rate of 6.4 percent means that the bond pays $64 (0.064*1000) each year. $64 divided by 2 is 32 which is the amount of each semi annual payment Arjen receives. Pv= 766.91 FV = 1000
In a financial calculator put
PV= -766.91
N= 46
FV=1000
PMT= 32
and compute I
I is 4.38 and we will multiply it by 2 because the payments are semi annual. So we will get an I of 8.76
YTM= 0.0876
Explanation:
