Answer: SEE EXPLANATION
A. 198.27 UNITS
B. 99.14 UNITS
C. 30.76 ORDERS
D. 8.12 DAYS
E. $1,784.43
Explanation:
Given the following ;
Annual order = 6,100
Carrying cost = $9 per unit per year
Ordering cost = $29
A) EOQ =sqrt[( 2 × Annual order × (ordering cost ÷ carrying cost)]
EOQ = sqrt[2 ×6100 × (29÷9)]
EOQ = sqrt(12200 × 3.22222222)
EOQ = 198.27 units
B.) AVERAGE INVENTORY :
EOQ ÷ 2
198.27 ÷ 2 = 99.14 UNITS
C.) Optimal number of orders per year:
Demand / order per year
6,100 ÷ 198.27 = 30.76 orders
D.) Optimal number of days between two orders:
Number of working days ÷ optimal number of orders
250 ÷ 30.76 = 8.12 days.
E.) Annual cost of ordering and holding inventory:
$198.27 × $9 = $1,784.43
Answer:
Reduce, Minimizing
Explanation:
As per the given scenario Agile product, management wants to reduce the time for making the product on the other hand Agile minimizing the risk by making interaction from the customers and self-organizing team by taking care of quality, price, quantity, etc.
Since the company wants to reduce its product development time with the motive to produce more and more products in lesser time so that it delivers the product to the customer within the prescribed time.
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The large corporations be more likely to support development of sustaining technology rather than emerging technology is because the <span> technology is already aligned with main revenue streams.
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The answer is C.
Answer:
The statement is false
Explanation:
S corporations are pass through corporations, which means income earned is passed to the owners and they are taxed at individual level.
Shareholders of S corporation earns income in the form of wages and distributions. Wages are charged with payroll taxes. S corporation shareholders are not subject to self-employment taxes which is an advantage for them.
Therefore, the statement is false
Answer:
Explanation:
The journal entry is shown below:
Inventory A/c Dr $73,500
To Accumulated depletion A/c $73,500
(Being the depletion is recorded)
The computation is shown below
First we have to compute the depletion per ton which is shown below:
= (Acquired cost of coal mine + Intangible development costs + fair value of the obligation - Sale value) ÷ (Number of estimated tons of coal extracted)
= ($400,000 + $100,000 + $80,000 - $160,000) ÷ (4,000 tons)
= $105
Now if 700 are extracted in first year, so the depletion would be
= 700 × $105
= $73,500
