Answer:
The correct answer is c) rises.
Explanation:
Each country in question will specialize in what is most efficient. At the same time, it will import the rest of the products in which they are most ineffective in terms of production. Although a country does not have an absolute advantage in producing any good, it may specialize in those goods in which it finds a greater comparative advantage and finally participate in the international market. In this sense, it can boost its foreign trade.
It is then the basic idea that countries choose to specialize in order to trade in activities where they have a certain advantage. That is, instead of producing what they do best in an absolute way, they produce what they do best in a relative way. Therefore, the difference with the theory of absolute advantage is that it does not produce what the country costs less, but the one with lower comparative costs.
Answer:
The annual financial disadvantage is $62,560
Explanation:
<u>Analysis of the Costs of Producing Internally and Buying from External Supplier.</u>
Producing Internally External Supplier
Direct materials $3.50 $0
Direct labor $8.10 $0
Variable manufacturing overhead $8.60 $0
Supervisor's salary $4.00 $0
Depreciation of special equipment $2.40 $0
Allocated general overhead $7.60 $7.60
Extra contribution $0 ($2.19)
Purchases Cost $0 $32.70
Product Cost $34.20 $38.11
<u>Conclusion :</u>
We can see that the Product Cost to produce the part internally costs $3.91 less than the cost to purchase from external supplier. Therefore Sewtfi861 Corp has a disadvantage.
Annual disadvantage = 16,000 units × $3.91
= $62,560
To get the growth rate, we will follow the Gordon Growth modelP= D/(K-G)whereP= stock value=$68D= Expected dividend=$3.85G= Growth rateK= required rate of returnG =K-(D/P)Substitute the given valuesG= 0.11-(3.85/68)
G= 5.34%The growth rate for stock required is 5.34%
Answer:
The expected return of the portfolio is 12.8%
Explanation:
A portfolio is invested 22% on stock G, 50% on stock J and 28% on stock K.
The expected return on stock G is 7%, on stock J is 13% and on stock K is 17%.
Weighted return on stock G
= 0.22*7%
=1.54%
Weighted return on stock J
=0.50*13%
=6.5%
Weighted return on stock K
=0.28*17%
=4.76%
The expected return on the portfolio
=Weighted return on stock G+Weighted return on stock J+Weighted return on stock K
=(1.54+6.5+4.76)%
=12.8%