Answer:
The company should order 100 units to minimize total inventory cost.
Explanation:
Given,
Annual Demand, D = 2,000 units
Order cost, S = $20
Purchase cost = $40
Holding cost, H = Purchase cost x percentage of holding cost
Holding cost = $40 × 20%
Holding cost = $8
We know, the company should order the highest number of products with a minimum cost, and for that, the company uses economic order quantity. Hence,
Economic Order Quantity (EOQ) = 
EOQ = 
EOQ = 
EOQ = 100
Answer:
Emergency fund.
Explanation:
Emergency funds are money that we keep on hand in case of unforeseen events. It may cover car repairs, unforeseen buying, medical bills and so on.
It is important to hold some emergency funds so as to avoid being stranded with no access touch needed resources.
Also emergency funds can be saved over time in case of job loss, having some back-up funds to use in the meantime will be a wise strategy.
Answer:
<u>cost of goods manufactured schedule</u>
Raw Materials ($9,180 + $55,020 - $17,480) $46,720
Direct Labor $51,740
Manufacturing overheads :
indirect labor $6,510
factory insurance $4,700
machinery depreciation $4,380
machinery repairs $1,990
factory utilities $3,740
miscellaneous factory costs $1,980
Add Opening Work In Process $5,670
Less Closing Work In Process ($7,610)
Cost of goods manufactured $119,800
Explanation:
Cost of goods manufactured schedule shows a summary of results (cost) obtained from manufacturing activity during the production period.
Suppose GetThere Airlines increases their ticket price to $200+10n = 10(20+n)$ dollars. Then the number of tickets they sell is $40,000-1000n = 1000(40-n)$ .<span> Therefore, their total revenue is
</span>
$$10(20+n)\cdot 1000(40-n) = 10000(20+n)(40-n) = 10000(800+20n-n^2).$$
This is maximized when $n=-\left(\frac{20}{2\cdot(-1)}\right)=10$ .<span> Therefore, they should charge </span><span>$200+10\cdot 10 = \boxed{300}$</span><span> dollars per ticket.</span>
Answer:
$2.25 per unit
Explanation:
The computation of the cost per equivalent is shown below:
= Total conversion cost ÷ total units completed
where,
Total conversion cost is
= Beginning work in process conversion cost + cost of conversion added
= $20,250 + 271,125
= 291,375
And, the number of units is
= Units completed + work in process ending inventory units × completion percentage
= 115,700 units + 23,000 units × 60%
= 115,700 + 13,800
= 129,500 units
So, the cost per equivalent unit for conversion cost is
= $291,375 ÷ 129,500 units
= $2.25 per unit
