Answer:
b. $26,740
Explanation:
The computation of the total amount of overhead allocated is shown below:
overhead allocated is
= (actual direct labor hour × overhead rate per direct labor hour) + (Actual machine hour × overhead rate per machine hour)
= (550 × 28) + (270 × 42]
= $15,400 + $11,340
= $26,740
hence, the total amount of overhead allocated is $26,740
Answer:
The rate of return is 7.20%
Explanation:
a) Assuming you purchased the bond for $880, in order to calculate the rate of return you earn if you held the bond for 25 years until it matured with a value $5,000 we would have to calculate the following formula:
Rate of Return = [FV/PV]1/n - 1
Rate of Return= [$5,000 / $880]1/25 - 1 = [5.6818]0.04 - 1 = 1.0720 - 1 = 0.0720, or 7.20%
Rate of Return= [5.6818]0.04 - 1
Rate of Return= 1.0720 - 1
Rate of Return=0.0720, or 7.20%
The rate of return is 7.20%
Answer:
The corrects answers for this would be A and C.
Explanation:
As you can see, for both a and c, those are the only two answers that have a negative outcome, hence the negative externality.
Answer: A. When the number of interested parties is large and bargaining costs are high.
Explanation:
The Coase Theorem is a legal and economical theory used to describe competitive markets. When the competitive markets are high, bargaining costs are high because each company is is fighting for use of the production and distribution channels. There are efficient input and output levels in a competitive market.
Answer:
Safety Stock is 336.62 units
Explanation:
As per given data
Demand = D = 50,000
Ordering Cost = S = $35
Holding Cost = H = $1 per unit per year
Weekly Demand = Demand / 50 weeks = 50,000 / 50 = 1,000 units per week
Weekly Demand during Lead time of 3 weeks = 1000 x 3 = 3,000 units
Standard Deviation = 216.51 units
Desired Service level = 94%
The Z score at 94% service level is 1.55477
Safety Stock = Zscore x standard deviation = 1.55477 x 216.51
Safety Stock = 336.62
