Answer:
a lack of incentive to control costs because they are simply passed to another department
a lack of departmental profit for the supplying department
suboptimization that may occur as fixed costs per unit may push the transfer price above market price
Explanation:
The limitation that could come after using the variable or full costing in order to set the transfer price involved the lack of the incentive for controlling cost, lack of departmental profit and the supoptimization that could be arise when the fixed cost per unit force the transfer price i.e. over and above to the market price
Therefore the above statements should be considered
Yes, it is fair. Younger people (Below 18) need to focus more on school. Work can take their attention off of school. And without school they wont be able to get a better job. Plus younger people can only work part time due to child labor. Most workers below 18 also have parents that's job is to feed and care for them, which means they do not even need to work until they are over 18. most people that work under the age of 18 is just for the fact of having money, not because they need it to live.
Answer: Debit Accounts receivable for $600.
Explanation:
The customer had not been billed so that means that they still owe the company. This would make them an accounts receivable so the adjusting entry will have to debit the Accounts Receivable account for $600 to show that it is increasing.
This amount will be credited to the Accrued revenue account to show that the cash has not yet been received.
pay as much as possible each month. This saves finance charges in long run.
Solution :
Given data:
Annual demand, D = 180,000 chairs
Ordering cost, F = $ 150 per order
Annual holding cost per unit, C = $25
Lead time of order, L = 5 days
Standard deviation of order during lead time = 30
a). The optimal order quantity


= 1469.69
= 1470 (rounding off)
b). The Z value of the customer service of 90%,
i.e., the probability of 0.90 as per normal distribution table = 1.29
∴ Safety stock = Z value x standard deviation of order during lead time
= 1.29 x 30
= 38.7
= 39 (rounding off)
c). The reorder point



= 3039
d). The optimal annual total inventory cost




= 18367.34 + 18375
= $ 36,742.34