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erma4kov [3.2K]
2 years ago
7

Causwell Company began 2018 with 11,000 units of inventory on hand. The cost of each unit was $4.00. During 2018 an additional 3

5,000 units were purchased at a single unit cost, and 21,000 units remained on hand at the end of 2018 (25,000 units therefore were sold during 2018). Causwell uses a periodic inventory system. Cost of goods sold for 2018, applying the average cost method, is $108,750. The company is interested in determining what cost of goods sold would have been if the FIFO or LIFO methods were used. Required: 1. Determine the cost of goods sold for 2018 using the FIFO method. [Hint: Determine the cost per unit of 2018 purchases.] 2. Determine the cost of goods sold for 2018 using the LIFO method.
Business
1 answer:
Kaylis [27]2 years ago
4 0

Answer and Explanation:

For computing the cost of goods sold under two method first we have to determine the cost per unit which is shown below:

The average cost per unit is

= $108,750 ÷ 25,000 units

= $4.35

Now the cost per unit is

Total cost (11,000 units + 35,000 units) × $4.35   $200,100

Beginning units (11,000 units × $4) $44,000

The Remaining cost for 35000 units ($200,100 - $44,000)  $156,100

Divide by  Purchase cost per unit of 35000 units   $4.46

Now the cost of goods sold are as follows

1. Under the FIFO method

Beginning        11,000 × $4.00  $44,000  

Purchased        14,000 × $4.46  $62,440  

Total         25,000           $1,06,440

2. Under the LIFO method

Purchased        25,000 × $4.46  $1,11,500

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raketka [301]

Here is the correct question.

A cylindrical part of diameter d is loaded by an axial force p. this causes a stress of P/A, where A= πd²/4. if the load is known with an uncertainty of ±10 percent, the diameter is known within ±5 percent (tolerances), and the stress that causes failure (strength) is known within ±15 percent, determine the minimum design factor that will guarantee that the part will not fail.

Answer:

the minimum design factor that will guarantee that the part will not fail. = 1.434

Explanation:

Looking at the uncertainty; loss of strength must be raised to \dfrac{1}{0.85} due to the stress that causes the failure (strength)  is known within ±15% uncertainty.

Looking at the uncertainty; the maximum allowable load  must be reduced to \dfrac{1}{1.1} because the load is known with an uncertainty of ±10.

Looking at the uncertainty; the diameter must be raised to \dfrac{1}{0.95}  because the diameter is known within an uncertainty of ±5.

The decrease in the maximum allowable stress can be estimated as:

\sigma' = \dfrac{P'}{A'}

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\sigma = stress

P = load

A = cross-sectional area of the cylinder

∴

\sigma' = \dfrac{P'}{\dfrac{\pi}{4}(d')^2}

replacing P' with \dfrac{1}{1.1}P   and d' with \dfrac{1}{0.95}d, we have:

\sigma' = \dfrac{(\dfrac{1}{1.1})\times p }{\dfrac{\pi}{4}(\dfrac{1}{0.95 } d)^2 }

\sigma' =\dfrac{P}{\dfrac{\pi}{4}d^2} (\dfrac{\dfrac{1}{1.1} }{(\dfrac{1}{0.95})^2 }) }

\sigma' =\sigma \times (\dfrac{\dfrac{1}{1.1} }{(\dfrac{1}{0.95})^2 }) }

\sigma' =\sigma \times 0.82045

\dfrac{\sigma' }{\sigma } =0.82045

Thus, the uncertainty in diameter and the load of the allowable stress needs to decrease to 0.82045

Now, the minimum design factor that will ascertain that the part will not fail can be computed as:

n_d = \dfrac{loss  \ of  \ function \  parameter }{maximum \  allowable \ parameter}

where;

the design factor = n_d

n_d =\dfrac{\dfrac{1}{0.85} }{0.82045}

the design factor  n_d = 1.434.

Thus,  the minimum design factor that will guarantee that the part will not fail. = 1.434

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2 years ago
Brad needs help repaying the loan he got to pursue a graduate program in a top-ranking university. If Brad opts for a work-study
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Answer:part time, federal work study program

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Jeremy is concerned about his selection of a new hair spray because he is concerned it will not perform as well as his usual bra
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Answer:

D. social risk

Explanation:

Social risk -

It refers to a specific action , which might affect the well established reputation in the society , is referred to as the social risk .

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The act can capability hamper the consumers and hence have the risk of losing the consumer , which can have the negative affect on the business .

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A company had inventory of 5 units at a cost of $20 each on November 1. On November 2, they purchased 10 units at $22 each. On N
VashaNatasha [74]

Answer:

Cost of goods sold=  $410

Explanation:

Giving the following information:

November 1: 5 units for $20 each.

On November 2, they purchased 10 units at $22 each.

On November 6, they purchased 6 units at $25 each.

On November 8, they sold 18 units for $54 each.

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Cost of goods sold= 6units*25 + 10units* 22 + 2units* 20= $410

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Answer:

Explanation:

Great question, intermediaries are sometimes necessary since they provide a service in which you might not be able to get the product if their service wasn't provided. That being said we can say that Caesar's claim is not valid in many cases. Intermediaries tend to add an additional cost to a certain product, but like mentioned above they are providing an essential value. In many cases the value they create more than offsets the costs they add. Therefore the validity of Caesar's claim is dependent on the intermediaries provided value.

I hope this answered your question. If you have any more questions feel free to ask away at Brainly.

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