Answer:
Total overhead $
Indirect material ($0.5 x 200,000 units) = 100,000
Utilities ($0.25 x 200,000 units) = 50,000
Supervisory salaries = 60,000
Building rent = 80,000
Total overhead 290,000
Overhead rate = <u>Budgeted overhead</u>
Budgeted direct labour hours
= <u>$290,000</u>
100,000 hours
= $2.90 per direct labour hour
Explanation:
In this case, we need to obtain the total overhead, which is the total of indirect material, utilities, supervisory salaries and building rent.
Then, we will divide the total overhead by direct labour hours so as to determine the overhead rate.
Answer:
C) ABC 5% and DEF 5.7%
Explanation:
Data provided in the question:
Purchasing Cost of Stock ABC purchased = $40 per share
Purchasing Cost of Stock DEF purchased = $35 per share
Time = 6 months
Selling price of share of ABC = $42 per share
Selling price of DEF share = $36
Dividend paid to the DEF = $0.5 each quarter i.e $0.5 twice in 6 months
Thus,
Total dividend paid to DEF = $0.5 × 2
= $1
Now,
For ABC
Total return = Selling price - Purchasing Cost
= $42 - $40
= $2 per share
thus,
Holding period return = [ Total return ÷ Purchasing cost ] × 100%
= [ $2 ÷ $40 ] × 100%
= 5%
For DEF
Total return = Selling price + Dividend received - Purchasing Cost
= $36 + $1 - $35
= $2 per share
thus,
Holding period return = [ Total return ÷ Purchasing cost ] × 100%
= [ $2 ÷ $35 ] × 100%
= 5.7%
Hence,
option C) ABC 5% and DEF 5.7%.
Answer:
Single source procurement agreement
Explanation:
Single source purchasing often results when a buyer or distributor purchases from only one selected supplier, even though there are other suppliers that provide similar products.
In this scenario the petrol dealer was forced into the agreement likely because of costs benefits to be derived from the petroleum supplier.
The finance cluster and the management cluster would be best for Scott because in finance he can work with money and others but in the management cluster he can be a leader working with others.
Based on earlier studies or history of the supermarket they would know when the busy times of the day are, with that they would deliver in more crowd.
They would need the various server systems to cost out how many crowds they would want to have worked to help limit the number of customers in line and their wait time in line.
