Answer:
Export
true
Explanation:
Because the price of meekers in meekertown is lower than the world price for meekers, meekers from meekertown are cheaper. so if free trade is allowed, other countries would want to purchase meekers from meekertown because it is cheaper.
So, meekertown would export meekers if free trade is allowed.
When a country is too small affect the world price, allowing for free trade will always increase total surplus in that country, regardless of whether it imports or exports as a result of international trade.
this is so because if the country is efficient in production of a good (producing at a lower price when compared to the world price), export of the good would increase thus increasing producer surplus. if on the other hand, the country is inefficient in producing a good and the country allows for free trade, the country can import the good. this would increase consumer surplus.
Answer:
$68,600
Explanation:
An predetermined overhead of $70,000 was estimated for an activity of 2,500 hours. The actual overhead assigned to the products is given by multiplying the fraction of the total 2,500 hours of activity utilized by the products by the predetermined overhead:
The total amount of overhead assigned to the products is $68,600.
Answer:
- the reproduction in which fertilization takes place is called sexual reproduction.
ii . multiple fission
hope it is helpful to you
Answer:
The interest expense company recorded during Year 2 on the 7% debentures is $27,535,600
Explanation:
As the interest expense is different from the interest payment made on the debenture. It also includes some other costs. Effective interest rate includes the effects of all related costs of debentures. So the interest expense of a debenture will base the effective interest rate of the debenture.
We can calculate the Interest expense on 7% debtures as below
Interest Expense = Value of Debenture x Effective interest rate
Interest Expense = $188,600,000 x 14.6%
Interest Expense = $27,535,600
Answer:
$291.56
Explanation:
Find the dividend amount per year;
D1 = D0(1+g ) = 3.40(1+0) = 3.40
D2 = 3.40*(1.05) =3.57
D3 = 3.57*(1.05) =3.7485
D4= 3.7485*(1.15) = 4.3108
D5 = 4.3108 *(1.10) = 4.7419
Find the Present value of each year's dividend;
PV (of D1) = 3.40/ (1.14 ) = 2.9825
PV (of D2) = 3.57/ (1.14² ) = 2.7470
PV (of D3) = 3.7485/ (1.14³ ) = 2.5301
PV (of D4) = 4.3108/ (1.14^4 ) = 2.5523
PV (of D5 onwards)
PV (of D5 onwards) = 280.7519
Next, sum up the PVs to find the maximum price of this stock;
= 2.9825 + 2.7470 + 2.5301 + 2.5523 + 280.7519
= 291.564
Therefore, an investor should pay $291.56
