Answer:
4,084
Explanation:
Calculation to determine the economic order quantity (EOQ) for Haulsee
Using this formula
Economic Order Quantity (EOQ) =((2* Annual Requirement * Cost per order)/Carrying cost per unit)^ (1/2)
Let plug in the formula
Economic Order Quantity (EOQ) = ((2*800,000*540)/(370*14%))^(1/2)
Economic Order Quantity (EOQ) = 4,084 units
Therefore the economic order quantity (EOQ) for Haulsee is 4,084 units
Answer:
The labor market is the phrase used to describe the supply of labor by employees and demand of labor by the employers as such there is an interaction between the workers and the employers where wage is paid to the workers by the employers for the labor the workers supplied
Being educated gives an employee the capacity to be more productive and gives an indication of the potential of prospective employees to recruiters and employers. Therefore, qualifications attained are an advantage when seeking employment alongside many several other job seekers
Therefore, a grade 12 school-leaver competing for a job alongside several others with similar or tertiary education is less likely to secure a desired job or vocation
However, with a tertiary education, such job seekers would more readily convince recruiters about their ability to satisfactorily perform their desired job
Explanation:
Answer:
The depreciation for the first year is $75,000
Explanation:
In working hours method the depreciation on a fixed asset is charged using the ratio of numbers of hours utilized by the asset in a period and lifetime working capacity in hours.
First, we need to calculate the Depreciable value
Depreciable value = Cost of Asset - Salvage value = $315,000 - $15,000 = $300,000
Depreciation = Depreciable value x Numbers of hours worked / Total working capacity of Asset = $300,000 x 25,000 / 100,000 = $75,000
Answer: 16 units more than social optimum.
DWL = dead weight loss = (1/2)*(Q* - Q°) 12 =96
Explanation:
Q=1200 - 4P and Q=-240 + 2P
In a free market quantity demand =quantity supplied
1200 -4P = -240 +2P
P =240
Sub P
Q* = 240
Socially optimal quantity is
Marginal social benefit (MSC)= marginal social cost(MSC), including external damage =MEC
MPC= marginal private cost =inverse of supply function
MPC = (1/2)*Q + 120
MEC=12
MSC =(MPC +MEC) = (1/2)Q +120 +12
MSC= MPB where MPB is marginal private benefit = inverse of demand functn
MPB = 300 -(1/4)Q
(1/2)Q + 132 =300 - (1/4)Q
Q° = 224
Difference btw Q* & Q° = 16 units more than social optimum.
DWL = dead weight loss = (1/2)*(Q* - Q°) 12 =96
This is the process! have a good day!
