Answer:
1. $53.75 per direct labor hour
2. $80.625 per machine hour
Explanation:
Total manufacturing overhead costs= $1112500+$500000 = $1612500
Total direct labor hours= 11000+19000=30000
Total machine hours= 5000+15000=20000
1. Company’s single plantwide overhead rate based on direct labor hours
= Estimated overhead costs/Estimated direct labor hours
=$1612500/30000
=$53.75 per direct labor hour
2. Company’s single plantwide overhead rate based on machine hours
= Estimated overhead costs/Estimated Machine hours
=$1612500/20000
=$80.625 per machine hour
The blind area REASON: Jamie is unaware that his behavior is viewed as controlling to others.
Answer: balance of trade surplus
Explanation:
Neomercantilism is a policy regime whereby export was encouraged while import was, discouraged. It also controls capital movement, and advocatee for currency decisions to be a government decision.
Neo-mercantilists equate political power with economic power and economic power with balance of trade surplus which is when the value of exports are more than that of imports.
Planning is one of my strengths, but it does depend on ones ability to get things together, and be fast and com up with things in the spot , it is a powerful and important duty to uphold , but definitely one of my strengths
One of my weaknesses is organizing , keeping things in there order is not a specialty of mine although I do like it when things are where they are supposed to be, but me personally I don’t find organizing to be one of the most important things
Answer:
Expected return is: 7.37% and the Standard deviation is: 24.96%
Explanation:
Correlation between fund S&B=0,0667
Standard Deviation of Fund S=41%
Standard Deviation of Fund(B)=30%
E(R) of Stock Fund S=12%
E(R) of Stock Fund B=5%
Covariance between the funds = Standard Deviation of Fund(B) × Standard Deviation of Fund S × correlation between these funds
Cov = 0.41 × 0.30 × 0.0667 = 0.008204
Now minimum variance portfolio is found by applying:
W min(S)=(SDB)^2-Cov(B,S) / ((SDS)^2+(SDB)^2-2Cov(B,S)
W min(S) = 0.338431
W min(B) = 1-0.338431=0.661569
1) E(r)min= 0.338431 × 12% + 0.661569 × 5% = 7.37%
2) Standard Deviation:
SD Min = (Ws^2XSDs^2+Wb^2XSDb^2+2XWsWb*Cov(s,B)^1/2
SDmin=(0.338431^2 × 0.41^2 + 0.661569^2 × 0.3^2 + 2 × 0.338431 × 0.661569 × 0.008204)^1/2
SDmin=24.96%
