The type of situation that describe a situation where government does not impose quotas on what can be imported is known as free trade.
<h3>What is free trade?</h3>
Free trade is an agreement between two or more countries to remove trade barriers or restrictions . This enable member countries trade freely without any impediment to import and export of goods.
Countries come together to promote their goods and services by taking away any thing that could hinder import and export of goods among member nation. This bring about increased efficiencies.
Hence, the type of situation that describe a situation where government does not impose quotas on what can be imported is known as free trade.
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no 6 is not a prime number because It has more than two multiples
Answer:
$24.18
Explanation:
Dividend for year 0 = $2.2
Dividend at year end 1 = $2.2
Dividend at year end 2 = $2.2(1 + .05) = 2.31
Dividend at year end 3 = $2.31 (1 + .05) = 2.4255
Dividend at year end 4 = $2.4255 (1 + .17)= 2.8378
Dividend at year end 5 = $2.8375 (1 + .09)= 3.0932
Dividend at year end 6 = $3.0932 (1 + .09) = 3.371
MPS =
where MPS = Market price of share
D= Dividend for different years
k = Cost of equity
g= constant growth rate after year 5
putting values in above equation we get,
MPS = 1.864 + 1.65 + 1.478 + 1.463 + 1.352 + 0.4371 × 37.462
MPS = $24.18
The maximum price per share that an investor who requires a return of 18% should pay for Home Place Hotels common stock is <u>$24.18</u>
Answer:
Cost of equity = 8.22%
Explanation:
Cost of equity = Dividend per share /current market value + growth rate of dividend
Cost of equity = 2/90 + 6%
Cost of equity = 0.0222 + 6%
Cost of equity =0.0222 + 0.06
Cost of equity = 0.0822
Cost of equity = 8.22%
Answer:
$22,820
Explanation:
Calculation to determine Determine the present value of the par value of the bonds.
Discount rate =8%/2
Discount rate= 4%
Present value factor of 20 periods at 4%= ( 1 / 1.04^20 )
Present value factor of 20 periods at 4%=0.4564
Using this formula
Present value of the par value of the bond = Future value of the bond x Present value factor =
Let plug in the formula
Present value of the par value of the bond=$50,000 x 0.4564
Present value of the par value of the bond = $22,820
Therefore the present value of the par value of the bonds is $22,820