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mestny [16]
3 years ago
9

The January 28, 2017 (fiscal year 2016) financial statements of Caleres, Inc. reported the following information (in thousands):

2016 2015 Cost of sales $1,517,397 $1,529,527 Inventories, net 585,764 546,745 LIFO reserve 4,345 4,094 The 2016 average days inventory outstanding is: A. 136.2 days B. 133.9 days C. 121.5 days D. 49.6 days E. None of the above
Business
1 answer:
san4es73 [151]3 years ago
5 0

Answer:

A. 136.2 days

Explanation:

To compute the average days inventory outstanding, first, we have to find out the inventory turnover ratio

Inventory turnover ratio =  Cost of goods sold ÷ average inventory

where,  

Average inventory = (Opening balance of inventory + ending balance of inventory) ÷ 2

= ($546,745 + $585,764) ÷ 2

= $566,254

And, the cost of good sold is $1,517,397

Now put these values to the above formula  

So, the answer would be equal to  

= $1,517,397 ÷  $566,254.50

= 2.67 times

Now, Days in inventory  = Total number of days in a year ÷ inventory turnover ratio

= 365 days ÷ 2.67 times

= 136.70 days approx

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Journalize the following five transactions for Nexium & Associates, Inc. Omit explanations.
-BARSIC- [3]

Answer:

Nexium & Associates Journal entries

March 1

Dr Accounts Receivable800

Cr Service Revenue 800

March 9

Dr Office Furniture1,060

Cr Office Supplies 160

Cr Accounts Payable1,220

March 15

Dr Accounts Payable1,220

Cr Cash1,220

March 23

Dr Electricity Expense430

Cr Accounts Payable430

March 31

Dr Salaries Expense850

Cr Cash850

Explanation:

The details given about Nexium & Associates are straight forward and required no further

adjustment.

8 0
3 years ago
Read 2 more answers
For each separate case, record an adjusting entry (if necessary). Barga Company purchases $32,000 of equipment on January 1. The
scoundrel [369]

Answer:

<u>Equipment:</u>

                                                  Dr.       Cr.

Depreciation Expense          $5,520

Accumulated Depreciation                $5,520

<u>Land:</u>

Land never depreciates, so there is no adjusting entry for the Land purchased on year end.

Explanation:

Year end is not given in the data so, it is assumed the December 31 is the end of the year

Equipment

Depreciation  for the year = ( Purchase price - Residual value ) / useful life

Depreciation  for the year = ( $32,000 - $4,400 ) / 5 years

Depreciation  for the year = $5,520

8 0
3 years ago
Peking Palace Company reported the following: Standard quantity per unit 3 lbs. Standard price per pound $2.75 Actual pounds use
SCORPION-xisa [38]

Answer:

$577.5 favorable

Explanation:

Data provided in the question:

Standard quantity per unit 3 lbs

Standard price per pound = $2.75

Actual pounds used = 15,000 lbs

Actual price per pound = $2.90

Number of units produced = 5,070

Now,

The direct materials quantity variance is given as;

= | ( Actual quantity - Standard quantity ) | × Standard price

= ( 15,000 lbs - {Standard quantity per unit × units produced}) × $2.75

=  ( 15,000 lbs - { 3 × 5,070}) × $2.75

= | ( 15,000 lbs - 15,210 ) | × $2.75

= $577.5

Since,

Standard quantity is higher than the actual quantity

thus,

$577.5 favorable

7 0
4 years ago
A benchmark market value index is comprised of three stocks. yesterday the three stocks were priced at $12, $20, and $60. the nu
Olenka [21]

Answer: The one day rate of return on the stock is 1.49%

We arrive at the answer in the following manner:

First we need to calculate yesterday's and today's index values.

For that we need to find weights of each day based on market capitalization.

Market Capitalization _{ a stock} = Market Price * No .of outstanding shares

The weight of a company in the index is calculated by dividing the market capitalization  of a company by the total market capitalization of all the companies whose shares are a part of the index.

Weight_{Company A} =\frac{Mkt Cap of company A}{Total Market cap}

Then, we multiply the share price of each company with their respective weights and find the total to arrive at the index value for one day.

<u>Yesterday's Index Value</u>

Stock        Price         No. of shares      Mkt Cap  Weight  Weight*Price

A               12               600000        7200000      0.25      2.96 (0.25*12)    

B               20               500000       10000000    0.34      6.85(0.34*20)

C               60               200000       <u>12000000</u>     <u>0.41</u>      <u>24.66  </u>(0.41*60)

Total                                                 29200000     1.00      34.47

We calculate the weight for stock A as follows:

Weight_{A} =\frac{72,00,000}{2,92,00,000} = 0.2466 = 0.25

We calculate the weights of the remaining stocks in a similar manner.

Please note that the sum total of all weights must add up to 1.

The sum total of the last column (Price * Weight) is yesterday's index value.

We repeat the same steps with today's market price to arrive at today's index value.

<u>Today's index Value</u>

Stock        Price   No. of shares       Mkt Cap     Weight    Weight*Price

A               16               600000       96,00,000     0.31        4.95 (0.31*16)    

B               18               500000       90,00,000     0.29       5.23  (0.29*18)

C               62               200000    <u>1,24,00,000</u>     <u>0.40</u>     <u>24.80</u>(0.40*62)

Total                                                3,10,00,000     1.00     34.98

<u>One-day Rate of Return</u>

We can calculate the one day rate of return on the index as follows:

Rate of return = [\frac{(Today's index value - Yesterday's index value}{Yesterday's index value}) * 100

Rate of Return = ( \frac{34.98 - 34.47}{34.47}) * 100

Rate of return = (\frac{0.51}{34.47}) *100

Rate of return = 0.01494 or 1.49%

8 0
4 years ago
Net Games Corporation hires Holley, a minor, to create new customized game software for certain clients. Holley signs a contract
Nuetrik [128]

Answer:

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