Answer:
The answer is: the amount of inventory at the end of the year was $1,583 using the average cost method.
Explanation:
The average cost method calculates the cost of inventory by dividing the total costs of goods by the total units.
- 10 units x $60 = $600
- 25 units x $65 = $1,300
- 30 units x $68 = $2,040
- 15 units x $75 = $1,125
The total cost of inventory is $5,065 ($600 + $1,300 + $2,040 + $1,125)
The total units in inventory are 80 (10 + 25 + 30 +15)
To find the average cost per unit = $5,065 / 80 units = $63.31
If 25 units were left at the end of the year, then the total cost of inventory is $63.31 x 25 = $1,582,81 or $1,583
It is important to keep the questionnaire really short, probably just one good question or a checkbox list would suffice. Hand out the questionnaire once they buy or rent the cds/dvds at the counter. They shall answer it out while you process the receipt and give change. This should come around smoothly and won't be much of a hassle for the customer.
Answer:
Intranet Connectivity:
Explanation:
For smooth working in the office, whether it is small or big business, the most crucial element is connectivity to the company intranet. This is crucial for conducting the work in a smartest and effective way.
The two type of intranet that company acquired is
a) intranet provided by the third party
b) network connectivity managed by the corporation itself
Salutations!
To balance columns, a _____ is inserted at the end of the text on a page.
To balance columns, a continuous section break is inserted at the end of the text on a page.
Hope I helped!
Answer:
Setup time = 2.5 min. per order
Process capacity = 1.09 units/minute
Utilization = 7.5 minutes
Explanation:
The time to cook just one order = 3 minutes
Cooking two orders in a batch = 3.5 minutes
cooking three orders = 4 minutes
bagging and accepting payments = 0.80 minutes
a) Setup time:
Setup time = 3 - 0.5
= 2.5 min. per order
b) Process capacity:
Production = Setup time + ( Processing time * Batch size )
= 2.5 + (0.5 * 6)
= 5.5 minutes
Process capacity = Batch size / Production
= 6 / 5.5
= 1.09 units/minute
c) Utilization:
Batch size = 10
Production = Setup time + (Processing time * Batch size)
= 2.5 + (0.5 * 10)
= 7.5 minutes
