Answer:
d. $878,000
Explanation:
The computation of the cost of goods manufactured is shown below:
= Direct materials cost + Direct labor cost + Manufacturing overhead cost + beginning work-in-
process inventory - ending work-in-process inventory
= $346,000 + $212,000 + $315,000 + $56,000 - $51,000
= $878,000
We simply deduct the ending balance of work in process inventory and the rest items are added to find out the cost of goods manufactured
It should be false bec u have to consider convenience issues when selecting bank
Answer:
$58,750
Explanation:
Paving Costs $38,750
Lighting Costs $20,000
Total cost to be included in land improvement account $58,750
Please note that cleaning agreement cost is revenue expenditure,therefore should be charged to profit and loss account not in land improvement account.
Answer:
Hand saw is cheaper.
Explanation:
Given:
Material cost = $500
Electric saw cost rent per hour = $20
Building hour from electric saw = 6 hour
Building hour from hand saw = 15 hour
Time off pay from job = $8/hour
Computation of total cost from Electric saw :
Total cost from Electric saw = Material cost + Renting cost of electric saw + Time of from job
Total cost from Electric saw = $500 + (6 × $20) + (6 × $8)
Total cost from Electric saw = $500 + $120 + $48
Total cost from Electric saw = $668
Computation of total cost from hand saw :
Total cost from hand saw = Material cost + Time of from job
Total cost from hand saw = $500 + (15 × $8)
Total cost from hand saw = $500 + $120
Total cost from hand saw = $620
Hand saw is cheaper.
Answer: 27.28 units
Explanation:
From the question, we are told that a company wants to determine its reorder point (R) and that demand is variable and they want to build a safety stock into R. We have also been given the information that the company wants to have a service level of 95 percent and that average daily demand is 8, lead time is 3 days and the standard deviation of demand during lead time is 2.
It should be noted that a service level of 95% will have a desired z score of 1.64. To get the desired value of R, we multiply the average daily demand by the number of the days in lead time and then add to the multiplication between the standard deviation during the lead time and the desired z score. Mathematically, this will be expressed as:
= (8 × 3) + (2 × 1.64)
= 24 + 3.28
= 27.28
Therefore, the desired value of R = 27.28 units