Answer:
Explanation:
Expected return of the portfolio is weighted average of the return of the components.
E(R) = w1 * R1 + w2 * R2
E(R) = 65% * 18% + 35% * 6%
E(R) = 11.70% + 2.10%
Expected Return, E(R) = 13.80%
Standard deviation of portfolio is mathematically represented as:
where
w1 = the proportion of the portfolio invested in Asset 1
w2 = the proportion of the portfolio invested in Asset 2
σ1 = Asset 1 standard deviation of return
σ2 = Asset 2 standard deviation of return
For risk free money market fund, standard deviation = 0 and its correlation with risky portfolio = 0
Standard deviation = 19.50%
Answer:
a. $112,000
b. $7,500
Explanation:
(a) transferred out
Units transferred out are 100% complete for both materials and conversion costs, thus multiply the Total Cost per Equivalent units with the number of units transferred.
Cost of units transferred out = $8 × 14,000 units
= $112,000
(b) in ending work in process
Units of ending work in process are 100% complete in terms of materials ( since materials are entered at the beginning of the process) whilst 25% complete in terms on conversion cost (applied uniformly during production).
Cost of ending work in process
Materials ($3 × 2,000 units) = $6,000
Conversion ($3 × (2,000 units × 25%)) = $1,500
Total Cost = $7,500
Answer:
France has comparative advantage in production of wine
Austria has comparative advantage in production of rye.
4 bushels of rye for each bottle of wine
1 bottle of wine for each bushel.
b. 4 bushel of rye per bottle of wine.
Explanation:
France has comparative advantage in producing wine as it has opportunity cost of 4 bushels per bottle of wine. Austria has comparative advantage in producing bushels as it has opportunity cost of 10 bushels per bottle of wine. The both countries can gain advantage if they agree for 4 bushels per wine.
Answer:
Material processing
Explanation:
Materials processing can be said to the series of operations that transforms industrial materials from a raw-material state into finished parts or products.
